TERI W. ODOM - Nano Research & Publications...2002-07 Assistant Professor of Chemistry,...

TERIW.ODOM

DepartmentofChemistry Tel:847-491-7674NorthwesternUniversity Fax:847-491-77132145SheridanRoad e-mail:todom@northwestern.eduEvanston,IL60208-3113 chemgroups.northwestern.edu/odom/

EDUCATIONANDTRAINING2015- CharlesE.andEmmaH.MorrisonProfessorofChemistry,NorthwesternUniversity2011-2015 BoardofLadyManagersoftheColumbianExpositionProfessorofChemistry,

NorthwesternUniversity2011- ProfessorofMaterialsScienceandEngineering,NorthwesternUniversity2008-10 DowChemicalCompanyResearchProfessor,NorthwesternUniversity2007-11 AssociateProfessorofChemistry,NorthwesternUniversity2007-11 AssociateProfessorofMaterialsScienceandEngineering,NorthwesternUniversity2002-07 AssistantProfessorofChemistry,NorthwesternUniversity2001 PostdoctoralFellow,HarvardUniversity2001 Ph.D.ChemicalPhysics,HarvardUniversity1996 B.S.Chemistry,StanfordUniversity

MAJORPROFESSIONALINTERESTSPlasmonicsandnanophotonics;opticalpropertiesofnanoscalematerials;biologicalimaging;large-areananoscalepatterning;materialschemistry;cancertherapeuticsanddrugdelivery

HONORSANDAWARDS2017 VannevarBushFacultyFellowshipAward(DepartmentofDefense)2016 FellowoftheAmericanChemicalSociety(ACSF)2016 BlavatnikNationalAwardforYoungScientists,Finalist(Chemistry)2016 MaterialsResearchSociety(MRS)Fellow2016-17 AssociatedStudentGovernment(ASG)FacultyHonorRoll(Weinberg,Chemistry)2014 FellowoftheRoyalSocietyofChemistry(FRSC)2014 BlavatnikNationalAwardforYoungScientists,Finalist(PhysicalSciencesandEngineering)2014 PublicVoicesFellowship,NorthwesternUniversity2014 InternationalPreciousMetalsInstitute(IPMI)CarolTylerAward2013 DaltonLectureAward2011 RadcliffeInstituteforAdvancedStudyFellowship,HrdyFellow,HarvardUniversity2011 AmericanChemicalSociety(ACS)AkronSectionAward2010 DefenseScienceStudyGroup(DSSG)Member2009 MRSOutstandingYoungInvestigatorAward2008 NationalFreseniusAward(PhiLambdaUpsilonandACS)2008 NationalInstitutesofHealth(NIH)Director’sPioneerAward2007 RohmandHaasNewFacultyAward2006 Exxon-MobilSolidStateChemistryFacultyFellowship(ACSInorganic)2005 CottrellScholarAward(ResearchCorporation)2005 DuPontYoungInvestigator

CV:TeriW.Odom(April2017) p.2of47

2005 AlfredP.SloanResearchFellowship2004 TR100MITTechnologyReviewAwardfor“oneofworld’stopyounginnovators”2004 NSFNanotechnologyUndergraduateEducation(NUE)Award2004 NSFCAREERAward2003 DavidandLucilePackardFellowship2003 SearleFellow2003 HewlettFundingforUndergraduateInnovationinTeaching2002 ResearchInnovationAward(ResearchCorporation)2002 DowTeacher-ScholarAward

PostdoctoralAwardsandHonors2003 VictorK.LaMerAward(ACSColloidsandSurfaceChemistry),HarvardUniversity2001 NIHNRSAPostdoctoralFellowship,HarvardUniversity2001 IUPACPrizeforYoungChemists(internationalthesisprize),HarvardUniversity

PredoctoralAwardsandFellowships1999 WhitePrizeforExcellenceinUndergraduatePhysicsTeaching,HarvardUniversity1996-99 NSFPredoctoralFellowship,HarvardUniversity1996 KarplusAwardforChemicalPhysics,HarvardUniversity1996 S.S&I.M.F.MarsdenMemorialPrizeforChemistryResearch,StanfordUniversity1996 PhiBetaKappa,StanfordUniversity

PUBLICATIONSNorthwesternPublications(ReverseOrder)136. Rhee,D.;Lee,W.K.;Odom,T.W.“Crack-free,SoftWrinklesEnableSwitchableAnisotropicWetting,”

submitted.

135. Paul,A.;Stührenberg,M.;Chen,S.;Rhee,D.;Lee,W.K.;Odom,T.W.;Heilshorn,S.;Enejder,A.“Micro-andNano-patternedElastin-likePolypeptideHydrogelsforStemCellCulture,”submitted.

134. Lee,W.K.;Yu,S.;Engel,C.J.;Rhee,D.;Chen,W.;Odom,T.W.“ConcurrentDesignofQuasi-RandomPhotonicNanostructures,”submitted.

133. Hoang,T.B.;Akselrod,G.M.;Yang,A.;Odom,T.W.;Mikkelsen,M.H.“Millimetre-scaleSpatialCoherencefromaPlasmonLaser,”submitted.

132. Wang,D.;Yang,A.;Wang,W.;Hua,Y;Schaller,R.D.;Schatz,G.C.;Odom,T.W.“Band-edgeEngineeringforMulti-ModalNanolasinginPlasmonicSuperlattices,”submitted.

131. Tran,T.;Wang,D.;Xu,Z.;Toth,M.;Yang,A.;Odom,T.W.;Aharonovich,I.“DeterministicCouplingofQuantumEmittersin2DMaterialstoPlasmonicNanocavityArrays,”NanoLetters2017,ASAP.DOI:10.1021/acs.nanolett.7b00444

130. Yang,A.;Wang,D.;Wang,W.;Odom,T.W.“CoherentNanoscaleLightSources,”AnnualReviewsofPhysicalChemistry2017,68,AOP.DOI:10.1146/annurev-physchem-052516-050730

129. Paci,J.;Lee,W.K.;Chapman,C.;Odom,T.W.;Schatz,G.C.“WrinklesinPolytetrafluoroethyleneonPolystyrene:PersistenceLengthsandtheEffectofNanoinclusions,”Appl.Mater.Interfaces2017,9,9079–9088.DOI:10.1021/acsami.6b14789

128. Hu,J.;Ren,X.;Reed,A.N.;Reese,T.;Rhee,D.;Howe,B.;Lauhon,L.J.;Urbas,A.M.;Odom,T.W.“EvolutionaryDesignandPrototypingofSingleCrystallineTitaniumNitrideLatticeOptics,”ACSPhotonics2017,DOI:10.1021/acsphotonics.6b00955[Highlightedbynanowerk.com][Cover]

127. Yang,A.;Hryn,A.;Bourgeois,M.R.;Lee,W.K.;Hu,J.;Schatz,G.C.;Odom,T.W.“ProgrammableandReversiblePlasmonModeEngineering,”PNAS2016,113,14201-14206.DOI:10.1073/pnas.1615281113[Highlightedbynanowerk.comandnanotechweb.org]

126. Hu,J.;Liu,C.H.;Ren,X.;Lauhon,L.J.;Odom,T.W.“PlasmonicLatticeLensesforMulti-WavelengthAchromaticFocusing,”ACSNano2016,10,10275.DOI:10.1021/acsnano.6b05855[Highlightedbynanowerk.com]

125. Lee,W.K.;Kang,J.;Chen,K.-S.;Engel,C.;Jung,W.B.;Rhee,D.;Hersam,M.C.;Odom,T.W.“Multiscale,HierarchicalPatterningofGraphenebyConformalWrinkling,”NanoLetters2016,16,7121.DOI:10.1021/acs.nanolett.6b03415

124. Chandra,K.;Culver,K.S.B.;Werner,S.;Lee,R.;Odom,T.W.“ManipulatingtheAnisotropicStructureofGoldNanostarsusingGood’sBuffers,”Chem.Mater.2016,28,6763.DOI:10.1021/acs.chemmater.6b03242

123. Chapman,C.M.;Paci,J.T.;Engel,C.J.;Lee,W.K.;Odom,T.W.;Schatz,G.C.“InterfacialEffectsonNanoscaleWrinklinginGold-CoveredPolystyrene,”ACSAppl.Mater.Interfaces2016,8,24339.DOI:10.1021/acsami.6b08554

122. Culver,K.S.B.;Shin,Y.J.;Rotz,M.;Meade,T.J.;Hersam,M.C.;Odom,T.W.“Shape-dependentRelaxivityofNanoparticle-basedMagneticResonanceImagingContrastAgents,”J.Phys.Chem.C2016,120,22103.DOI:10.1021/acs.jpcc.6b08362

121. Yu,S.;Zhang,Y.;Wang,C.;Lee,W-K.;Dong,B.;Sun,C.;Odom,T.;Chen,W.“CharacterizationandDesignofFunctionalQuasi-RandomNanostructuredMaterialsusingSpectralDensityFunction,”IDETC2016-60118,ProceedingsoftheASME2016InternationalDesignEngineeringTechnicalConferences&DesignAutomationConference,August21-24,Charlotte,NC,2016.

120. Lee,W.K.;Jung,W.-B.;Nagel,S.;Odom,T.W.“StretchableSuperhydrophobicityfromMonolithic,Three-DimensionalHierarchicalWrinkles,”NanoLetters2016,16,3774.DOI:10.1021/acs.nanolett.6b01169[Highlightedbynanowerk.com]

119. Hua,Y.;Chandra,K.;Dam,D.H.M.;Wiedderecht,G.P.;Odom,T.W.“Shape-dependentNonlinearOpticalPropertiesofAnisotropicGoldNanoparticles,”J.Phys.Chem.Lett2015,6,4904.DOI:10.1021/acs.jpclett.5b02263

118. Wang,D.;Yang,A.;Hryn,A.;Schatz,G.C.;Odom,T.W.“SuperlatticePlasmonsinHierarchicalAuNanoparticleArrays,”ACSPhotonics2015,2,1789.DOI:10.1021/acsphotonics.5b00546

117. Yang,A.;Li,Z.;Knudson,M.P.;Hryn,A.J.;Wang,W.;Aydin,K.;Odom,T.W.“UnidirectionalLasingfromTemplate-strippedTwo-dimensionalPlasmonicCrystals,”ACSNano2015,9,11582.DOI:10.1021/acsnano.5b05419[ACSEditor’sChoiceArticle]

116. Lee,H.;Dam,D.H.M.;Ha,J.;Odom,T.W.“EnhancedHumanEpidermalGrowthFactorReceptor2DegradationinBreastCancerCellsbyLysosome-TargetingGoldNanoconstructs,”ACSNano2015,9,9859.DOI:10.1021/acsnano.5b05138

115. Lee,W.K.;Engel,C.J.;Huntington,M.D.;Hu,J.;Odom,T.W.“ControlledThree-DimensionalHierarchicalStructuringbyMemory-Based,SequentialWrinkling,”NanoLetters2015,15,5624.DOI:10.1021/acs.nanolett.5b02394[HighlightedbyScience,nanowerk.com]

114. Odom,T.W.;Dickson,R.M.;Duncan,M.A.;Tan,W.“ShiningaLightontheMolecularandNanoscopicWorlds,”ACSPhotonics2015,2,787.DOI:10.1021/acsphotonics.5b00337

113. Yang,A.;Odom,T.W.“AdvancesinPlasmonicNanolasers,”IEEEPhotonicsJournal2015,7,0700606.DOI:10.1109/JPHOT.2015.2413773

112. Yang,A.;Hoang,T.B.;Dridi,M.;Deeb,C.;Mikkelsen,M.H.;Schatz,G.C.;Odom,T.W.“Real-timeTunableLasingfromPlasmonicNanocavityArrays,”NatureCommunications,2015,6,6939.DOI:10.1038/ncomms7939.[Highlightedinnanowerk.com,physicsworld.com,NorthwesternNews(liquidnanolasers)]

111. Rotz,M.W.;Culver,K.S.B.;Parigi,G.;MacRenaris,K.W.;Luchinat,C.;Odom,T.W.;Meade,T.J.“HighRelaxivityGd(III)-DNAGoldNanostars:InvestigationofShapeEffectsonProtonRelaxation,”ACSNano2015,9,3385.DOI:10.1021/nn5070953[CoverImage]

110. Dam,D.H.M.;Lee,R.C.;Lee,H.;Odom,T.W.“TunableLoadingofOligonucleotideswithSecondaryStructureonGoldNanoparticlesthroughapH-drivenMethod,”BioconjugateChemistry2015,26,279.DOI:10.1021/bc500562s.

109. Dam,D.H.M.;Culver,K.S.B;Kandela,I.;Lee,R.C.;Chandra,K.;Lee,H.;Mantis,C.;Ugolkov,A.;Mazar,A.P.;Odom,T.W.“BiodistributionandinVivoToxicityofAptamer-LoadedGoldNanostars,”Nanomedicine:Nanotechnology,Biology,andMedicine2015,11,671.DOI:10.1016/j.nano.2014.10.005.NIHMS643436.

108. Lee,H.;Odom,T.W.“ControllingLigandDensityonNanoparticlesasameanstoEnhanceBiologicalActivity,”Nanomedicine2015,10,177.DOI:10.2217/nnm.14.204.

107. Huntington,M.D.;Lauhon,L.J.;Odom,T.W.“SubwavelengthLatticeOpticsbyEvolutionaryDesign,”NanoLett.2014,14,7195.DOI:10.1021/nl5040573[PMCID:PMC4264853]

106. Yang,A.;Huntington,M.D.;Cardinal,M.F.;Masango,S.;VanDuyne,R.P.;Odom,T.W.“Hetero-oligomerNanoparticleArraysforPlasmon-EnhancedHydrogenSensing,”ACSNano2014,8,7639.DOI:10.1021/nn502502r[HighlightedinNanotechweb.org]

105. Huntington,M.D.;Engel,C.J.;Odom,T.W.“ControllingtheOrientationofNanowrinklesandNanofoldsbyPatterningStraininaThinSkinLayeronaPolymerSubstrate,”Angew.Chemie2014,53,8117.DOI:10.1002/anie.201404483

104. Li,S.;Guo,P.;Buchholz,D.B.;Zhou,W.;Hua,Y.;Odom,T.W.;Ketterson,J.B.;Ocola,L.E.,Sakoda,K.Chang,R.P.H.“Plasmonic–PhotonicModeCouplinginIndium-Tin-OxideNanorodArrays,”ACSPhotonics2014,1,163.DOI:10.1021/ph400038g

103. Dam,D.H.M.;Culver,K.B.;Odom,T.W.“ImprovedinVitroEfficacyofGoldNanoconstructsbyIncreasedLoadingofG-quadruplexAptamer,”NanoLett.2014,14,2843.DOI:10.1021/nl500844m[PMCID:PMC4023846][Highlightedinnanowerk.comandnanotechweb.org]

102. Dam,D.H.M.;Culver,K.B.;Odom,T.W.“GraftingAptamersontoGoldNanostarsincreasesinvitroEfficacyinaWideRangeofCancerCellTypes,”Mol.Pharmaceutics2014,11,580.DOI:10.1021/mp4005657[PMCID:PMC3974612]

101. Lubin,S.M.;Hryn,A.;Huntington,M.D.;Engel,C.J.;Odom,T.W.“QuasiperiodicMoiréPlasmonicCrystals,”ACSNano2013,8,11035.DOI:10.1021/nn404703z

100. Suh,J.Y.;Odom,T.W.“NonlinearPropertiesofNanoscaleAntennas,”NanoToday2013,8,469.DOI:10.1016/j.nantod.2013.08.010

99. Zhou,W.;Dridi,M.;Suh,J.Y.;Kim,C.H.;Co,D.T.;Wasielewski,M.R.;Schatz,G.C.;Odom,T.W.“LasingActioninStronglyCoupledPlasmonicNanocavityArrays,”NatureNanotech.2013,8,506.DOI:10.1038/nnano.2013.99[HighlightedinNewsandViewsNatureNanotech.2013,8,479andnanotechweb.org]

98. Huntington,M.D.;Engel,C.J.;Hryn,A.;Odom,T.W.“PolymerNanowrinkleswithContinuouslyTunableWavelengths,”Appl.MaterialsandInterfaces2013,5,6438.DOI:10.1021/am402166d

97. Odom,T.W.“Materialsscience:Thesame,butbetter.”Nature2013,496,40.DOI:10.1038/496040a

96. Lin,J.;Stuparu,A.;Huntington,M.D.;Mrksich,M.;Odom,T.W.“NanopatternedSubstratesincreaseSurfaceSensitivityforReal-timeBiosensing,”J.Phys.Chem.C2013,117,5286.DOI:10.1021/jp401598a

95. Dam,D.H.M.;Culver,K.B.;Sisco,P.N.;Odom,T.W.“ShiningLightonNuclear-targetedTherapyusingGoldNanostarConstructs,”TherapeuticDelivery(Spotlight)2012,3,1263.DOI:10.4155/tde.12.107[PMCID:PMC3632341]

94. Suh,J.Y.;Kim,C.H.;Zhou,W.;Huntington,M.D.;Co,D.T.;Wasielewski,M.R.;Odom,T.W.“PlasmonicBowtieNanolaserArrays,”NanoLett.2012,12,5769.DOI:10.1021/nl303086r.[HighlightedinNorthwesternUniversityNews(laserthesizeofavirusparticle)andothermediasources]

93. Blaber,M.G.;Engel,C.J.;Vivekchand,S.R.C.;Lubin,S.M.;Odom,T.W.;Schatz,G.C.“EutecticLiquidAlloysforPlasmonics:TheoryandExperiment,”NanoLett.2012,12,5275.DOI:10.1021/nl3025104

92. Zhou,W.;Suh,J.Y.;Hua,Y.;Odom,T.W.“HybridizationofLocalizedandGuidedModesin2DMetal-Insulator-MetalNanocavityArrays,”J.Phys.Chem.C2013,117,2541.DOI:10.1021/jp306972j

91. Odom,T.W.;You,E.;Sweeney,C.M.“Multi-scalePlasmonicNanoparticlesandtheInverseProblem,”J.Phys.Chem.Lett.2012,3,2611.DOI:10.1021/jz300886z[PMCID:PMC3467152][InvitedPerspective].[CoverArticle].

90. Lubin,S.M.;Zhou,W.;Hryn,A.J.;Huntington,M.D.;Odom,T.W.“HighRotationalSymmetryLatticesFabricatedbyMoiréNanolithography,”NanoLett.2012,12,4948.DOI:10.1021/nl302535p[HighlightedinNanotechWeb.orghttp://nanotechweb.org/cws/article/tech/50712].

89. Odom,T.W.“PrintableStainedGlass,”NatureNanotech.2012,7,550.DOI:10.1038/nnano.2012.135

88. Vivekchand,S.R.C.;Engel,C.J.;Lubin,S.M.;Blaber,M.G.;Zhou,W.;Suh,J.Y.;Schatz,G.C.;Odom,T.W.“LiquidPlasmonics:ManipulatingSurfacePlasmonPolaritonsviaPhaseTransitions,”NanoLett.2012,12,4324.DOI:10.1021/nl302053g[HighlightedinChemistryWorld]

87. Hua,Y.;Zhou,W.;Suh,J.Y.;Huntington,M.D.;Odom,T.W.“TheTalbotEffectBeyondtheParaxialLimitatOpticalFrequencies,”Opt.Express.2012,20,14284.DOI:10.1364/OE.20.014284[PMCID:PMC3482921]

86. Zhou,W.;Hua,Y.;Huntington,M.D.;Odom,T.W.“DelocalizedLatticePlasmonResonancesShowDispersiveQualityFactors,”J.Phys.Chem.Lett.2012,3,1381.DOI:10.1021/jz300318v

85. Dam,D.H.M.;Lee,J.;Sisco,P.;Co,D.;Zhang,M.;Wasielewski,M.R.;Odom,T.W.“DirectObservationofNanoparticle-CancerCellNucleusInteractions,”ACSNano2012,6,3318.DOI:10.1021/nn300296p[PMCID:PMC3337354].[HighlightedinC&ENews,2April2012,90,25,andNorthwesternUniversityNews(tinyhitchhikers)]

84. Odom,T.W.;Huntington,M.D.“BenchtopPhotolithographyTooloffersaLow-costRoutetoNanomanufacturing,”SPIENewsroom2012,28February2012,DOI:10.1117/2.1201202.004132.

83. Kichin,G.;Weiss,T.;Gao,H.;Henzie,J.;Odom,T.W.;Tikhodeev,S.G.;Giessen,H.“Metal-dielectricPhotonicCrystalSuperlattice:1Dand2DModelsandEmptyLatticeApproximation,”PhysicaB:CondensedMatter2012,407,4037.DOI:10.1016/j.physb.2012.01.128.

82. You,E.;Zhou,W.;Suh,J.Y.;Huntington,M.D.“Polarization-DependentMultipolarPlasmonResonancesinAnisotropicMultiscaleAuParticles,”ACSNano2012,6,1786.DOI:10.1021/nn204845z[PMCID:PMC3289737]

81. Suh,J.Y.;Huntington,M.D.;Kim,C.-H.;Zhou,W.;Wasielewski,M.R.;Odom,T.W.“ExtraordinaryNonlinearAbsorptionin3DBowtieNanoantennas,”NanoLett.2012,12,269.DOI:10.1021/nl2034915[PMCID:PMC3256284]

80. Li,S.Q.;Guo,P.;Zhang,L.;Zhou,W.;Odom,T.W.;Seideman,T.;Ketterson,J.B.;Chang,R.P.H.“InfraredPlasmonicswithIndium-Tin-OxideNanorodArrays,”ACSNano2011,5,9161.DOI:10.1021/nn203406f

79. Huntington,M.D.;Odom,T.W.“APortable,BenchtopPhotolithographySystembasedona¬SolidStateLightSource,”Small2011,7,3144.DOI:10.1002/smll.201101209[CoverArticle]

78. Sweeney,C.M.;Nehl,C.;Hasan,W.;Liang,T.;Eckermann,A.;Meade,T.J.;Odom,T.W.“AThree-ChannelSpectrometerforWide-FieldImagingofAnisotropicPlasmonicNanoparticles,”J.Phys.Chem.C2011,115,15933.DOI:10.1021/jp206157v[PMCID:PMC3171732]

77. Odom,T.W.;Schatz,G.C.“IntroductiontoPlasmonics,”Chem.Rev.2011,111,3667.DOI:10.1021/cr2001349

76. Sweeney,C.M.;Stender,C.L.;Nehl,C.;Hasan,W.;Shuford,K.L.;Odom,T.W.“OpticalPropertiesofTiplessPyramids,”Small2011,7,2032.DOI:10.1002/smll.201100758[PMCID:PMC3632636]

75. Zhou,W.;Odom,T.W.“TunableSubradiantLatticePlasmonsbyOut-of-PlaneDipolarInteractions,”NatureNanotech20116,423.DOI:10.1038/nnano.2011.72

74. Stoerzinger,K.A.;Lin,J.Y.;Odom,T.W.“NanoparticleSERSSubstrateswith3DRaman-ActiveVolumes,”ChemicalScience2011,2,1435.DOI:10.1039/C1SC00125F

73. Chia,M.;Sweeney,C.M.;Odom,T.W.“ChemistryinMicrofluidicChannels,”J.Chem.Educ.2011,88461.DOI:10.1021/ed1008624[CoverArticleinApril2011.]

72. Lee,M.H.;Huntington,M.D.;Zhou,W.;Yang,J.-C.;Odom,T.W.“ProgrammableSoftLithography:Solvent-AssistedNanoscaleEmbossing,”NanoLett.2011,11,311.DOI:10.1021/nl102206x[HighlightedinC&ENews,16August2010,88,41.andNorthwesternUniversityNews(shrinkdinksnanopatterning)][CoverArticleinNanoLett.February2011]

71. Gao,H.;Lee,M.H.;Hyun,J.K.;Yang,J.-C.;Lauhon,L.J.;Odom,T.W.“BroadbandPlasmonicMicrolensesbasedonNanoholesinArbitraryLattices,”NanoLett.2010,10,4111.DOI:10.1021/nl1022892[PMCID:PMC2955180][Highlightedinnanotechweb.org].

70. Yang,J.-C.;Gao,H.;Suh,J.Y.;Zhou,W.;Lee,M.H.;Odom,T.W.“EnhancedOpticalTransmissionMediatedbyLocalizedPlasmonsinAnisotropic,3DNanoholeArrays,”NanoLett.2010,10,3173.DOI:10.1021/nl102078j[PMCID:PMC2921222][Highlightedinnanotechweb.org].

69. Gao,H.;Yang,J.-C.;Lin,J.Y.;Stuparu,A.;Lee,M.H.;Mrksich,M.;Odom,T.W.“UsingtheAngle-DependentResonancesofMoldedPlasmonicCrystalstoImprovetheSensitivitiesofBiosensors,”NanoLett.2010,10,2549.DOI:10.1021/nl101165r[Highlightedinnanotechweb.org].

68. Lee,M.H.;Lin,J.Y.;Odom,T.W.“Large-areaNanocontactPrintingusingNanostencilMasks,”Angew.Chemie2010,49,3057.DOI:10.1002/anie.200906800

67. Li,P.;Stender,C.L.;Ringe,E.;Marks,L.D.;Odom,T.W.“SynthesisofTaS2NanotubesfromTa2O5NanotubeTemplates,”Small2010,6,1096.DOI:10.1002/smll.201000226

66. Stoerzinger,K.A.;Hasan,W.;Lin,J.Y.;Robles,A.;Odom,T.W.“ScreeningNanopyramidAssembliestoOptimizeSurfaceEnhancedRamanScattering,”J.Phys.Chem.Lett.2010,1,1046.DOI:10.1021/jz100095b

65. Zhou,W.;Gao,H.;Odom,T.W.“TowardBroadbandPlasmonics:TuningDispersioninRhombicPlasmonicCrystals,”ACSNano2010,4,1241.DOI:10.1021/nn901590p[Highlightedinnanotechweb.org].

64. Lin,J.;Hasan,W.;Yang,J.-C.;Odom,T.W.“OpticalPropertiesofNestedPyramidalNanoshells,”J.Phys.Chem.C2010,114,7432.DOI:10.1021/jp910627r[PMCID:PMC2812899].

63. Odom,T.W.“MaterialsScreeningandApplicationsofPlasmonicCrystals,”MRSBulletin,2010,35,66.

62. Gao,H.;Zhou,W.;Odom,T.W.“PlasmonicCrystals:APlatformtoCatalogResonancesfromUltraviolettoNear-infraredWavelengthsinaPlasmonicLibrary,”Adv.Func.Mater.2010,20,523.DOI:10.1002/adfm.200901623.[InsideCover]

61. Odom,T.W.;Gao,H.;McMahon,J.M.;Henzie,J.;Schatz,G.C.“PlasmonicSuperlattices:HierarchicalSubwavelengthHoleArrays,”Chem.Phys.Lett.2009,483,187.DOI:10.1016/j.cplett.2009.10.084[CoverArticle].

60. You,E.;Ahn,R.;Lee,M.H.;Raja,M.R.;O’Halloran,T.;Odom,T.W.“SizeControlofArsenicTrioxideNanocrystalsGrowninNanowells,”J.Am.Chem.Soc.2009,131,1086.DOI:10.1021/ja902117b[PMCID:PMC3086295]

59. Barton,J.;Stender,C.L.;Li.P.;Odom,T.W.“StructuralControlofAnodizedTa2O5Nanotubes,”J.Mater.Chem.2009,19,4896.DOI:10.1039/b904964a

58. Lee,M.H.;Gao,H.;Odom,T.W.“RefractiveIndexSensingusingQuasi-1DNanoslitArrays,”NanoLett.2009,9,2584.DOI:10.1021/nl900773m[Highlightedinnanotechweb.org]

57. Babayan,Y.;McMahon,J.M.;Li,S.;Gray,S.K.;Schatz,G.C.;Odom,T.W.“ConfiningStandingWavesinOpticalCorrals,”ACSNano,2009,3,615.DOI:10.1021/nn8008596[HighlightedinACSNanoPerspective[2009,3,488]].

56. Hasan,W.;Stender,C.L.;Lee,M.H.;Nehl,C.L.;Lee,J.;Odom,T.W.“TailoringtheStructureofNanopyramidsforOpticalHeatGeneration,”NanoLett.2009,9,1555.DOI:10.1021/nl803647n[PMCID:PMC2668542].[Highlightedinnanotechweb.org].

55. Gao,H.;McMahon,J.;Lee,M.H.;Henzie,J.;Gray,S.K.;Schatz,G.C.;Odom,T.W.“RayleighAnomaly-SurfacePlasmonPolaritonResonancesinPalladiumandGoldSubwavelengthHoleArrays,”OpticsExpress,2009,17,2334.

54. Sweeney,C.M.;Hasan,W.;Nehl,C.L.;Odom,T.W.“OpticalPropertiesofAnisotropicCore-ShellPyramidalParticles,”J.Phys.Chem.A,2009,113,4265.DOI:10.1021/jp810837u[PMCID:PMC2670351]

53. Lee,J.;Hasan,W.;Odom,T.W.“TuningtheThicknessandOrientationofSingleAuPyramidsforImprovedRefractiveIndexSensitivities,”J.Phys.Chem.C,2009,113,2205.DOI:10.1021/jp8111155[PMCID:PMC2664166]

52. Odom,T.W.;Pileni,M.P.“GuestEditorial:Nanoscience,”Acc.Chem.Res.,2008,41,1565.DOI:10.1021/ar800253n

51. Gao,H.;Henzie,J.;Lee,M.H.;Odom,T.W.“ScreeningPlasmonicMaterialsusingPyramidalGratings,”PNAS,2008,105,20146.DOI:10.1073/pnas.0809034105[PMCID:PMC2629303]

50. Henzie,J.;Lee,J.;Lee,M.H.;Hasan,W.;Odom,T.W.“NanofabricationofPlasmonicStructures,”AnnualRev.ofPhysicalChemistry,2009,60,147.DOI:10.1146/annurev.physchem.040808.090352.[Invitedarticle].

49. Lee,J.;Hasan,W.;Stender,C.;Odom,T.W.“Pyramids:APlatformforDesigningMultifunctionalPlasmonicParticles,”Acc.Chem.Res.(SpecialIssueonNanoscience),2008,41,1762.DOI:10.1021/ar800126p

48. Stender,C.L.;Odom,T.W.“SolidStateChemistryonaSurfaceandinaBeaker:UnconventionalRoutestoTransitionMetalChalcogenideNanomaterials,”J.ofSolidStateChemistry,2008,1811621.DOI:10.1016/j.jssc.2008.06.004[SpecialIssueonSolidStateChemistryontheNanoscale:Achievements,Challenges,andOpportunities].

47. Odom,T.W.;Nehl,C.L.“HowGoldNanoparticlesHaveStayedintheLight:The3MsPrinciple,”ACSNano,2008,2,616.DOI:10.1021/nn800178z.[InvitedPerspectivearticle].

46. Shuford,K.;Lee,J.;Odom,T.W.;Schatz,G.C.“OpticalPropertiesofGoldPyramidalShells,”J.Phys.Chem.C,2008,112,6662.DOI:10.1021/jp8004844

45. Wang,L.;Lee,M.H.;Barton,J.E.;Hughes,L.D.;Odom,T.W.“Shape-controlofProteinCrystalsinPatternedMicrowells,”J.Am.Chem.Soc.2008,130,2142.DOI:10.1021/ja077956v

44. McMahon,J.;Henzie,J.;Odom,T.W.;Schatz,G.C.;Gray,S.K.“TailoringtheSensingCapabilitiesofNanoholeArraysinGoldFilmswithWood'sAnomaly-SurfacePlasmonPolaritons,”OpticsExpress2007,15,18119.

43. Lee,J.;Hasan,W.;Lee,M.H.;Odom,T.W.“OpticalPropertiesandMagneticManipulationofBi-MaterialNanopyramids,”Adv.Mater.2007,19,4387.DOI:10.1002/adma.200701505

42. Lee,M.H.;Henzie,J.;Gao,H.;Odom,T.W.“MicroscaleArraysofNanoscaleHoles,”Small2007,3,2029.DOI:10.1002/smll.200700499[Inmostaccessedarticles4/2007-3/2008].

41. Hasan,W.;Lee,J.;Henzie,J.;Odom,T.W.“SelectiveFunctionalizationandSpectralIdentificationofGoldNanopyramids,”J.ofPhys.Chem.C2007,111,17176.DOI:10.1021/jp709607s

40. Henzie,J.;Lee,M.H.;Odom,T.W.“MultiscalePatterningofPlasmonicMetamaterials,”NatureNanotech.2007,2,549.DOI:10.1038/nnano.2007.252.[CoverArticle].SeealsoeditorialinNatureNanotech.[2007,2,521.DOI:10.1038/nnano.2007.273],NSFPressRelease,andEditor’sChoiceHighlightsoftheRecentLiterature[Science2007,318,21.DOI:10.1126/science.318.5847.21a]

39. Visawanathan,M.;Babayan,Y.;Odom,T.W.“BenchtopNanoscalePatterningusingSoftLithography,”J.Chem.Educ.2007,84,1795.

38. Stender,C.L.;Odom,T.W.“ChemicalNanofabrication:AGeneralRoutetoSurface-PatternedandFree-standingTransitionMetalChalcogenideNanostructures,”J.Mater.Chem.2007,17,1866.DOI:10.1039/B617714J[InsideCover].[InvitedarticleforspecialissueonEmergingInvestigatorsinMaterialsChemistry].

37. Price,S.P.;Henzie,J.;Odom,T.W.“Addressable,Large-areaNanoscaleOrganicLightEmittingDiodes,”Small2007,3,372.DOI:10.1002/smll.200600628

36. Gu,Y.;Romankiewicz,J.P.;David,J.K.;Lensch,J.L.;Kwak,E.S.;Odom,T.W.;Lauhon,L.J.“LocalPhotocurrentMappingasaProbeofContactEffectsandChargeCarrierTransportinSemiconductorNanowireDevices,”J.Vac.Sci.Technol.B2006,24,2172.DOI:10.1116/1.2216717

35. Gao,H.;Henzie,J.;Odom,T.W.“DirectEvidenceforSurfacePlasmon-MediatedEnhancedTransmissionthroughMetallicNanoholeArrays,”NanoLetters2006,6,2104.DOI:10.1021/nl061670r

34. Henzie,J.;Shuford,K.L.;Kwak,E.S.;Schatz,G.C.;Odom,T.W.“ManipulatingtheOpticalPropertiesofPyramidalNanoparticleArrays,”J.ofPhys.Chem.B2006,110,14028.DOI:10.1021/jp063226i

33. Henzie,J.;Barton,J.E.;Stender,C.L.;Odom,T.W.“Large-areaNanoscalePatterning:ChemistrymeetsFabrication,”Accts.ofChem.Res.2006,39,249.DOI:10.1021/ar050013n[Top12accessedarticlesin2006].

32. Greyson,E.C.;Barton,J.E.;Odom,T.W.“TetrahedralZincBlendeTinSulfideNano-andMicrocrystals,”Small2006,2,368.DOI:10.1002/smll.200500460

31. Stender,C.;Greyson,E.C.;Babayan,Y.;Odom,T.W.“PatternedMoS2-PatternedNanostructuresovercm2-Areas,”Adv.Mater.2005,17,2837.DOI:10.1002/adma.200500856

30. Kwak,E.S.;Henzie,J.;Chang,S.T.;Gray,S.K.;Schatz,G.S.;Odom,T.W.“SurfacePlasmonPolaritonWavesinLarge-areaSubwavelengthHoleArrays,”NanoLetters2005,5,1963.DOI:10.1021/nl051339s

29. Odom,T.W.;Henzie,J.;Babayan,Y.;Greyson,E.;Kwak,E.“OpticalPropertiesofSurfacePatternedNanostuctures,”Talanta2005,67,507.DOI:10.1016/j.talanta.2005.06.024

28. Gu,Y.;Kwak,E.S.;Lensch,J.L.;Allen,J.E.;Odom,T.W.;Lauhon,L.J.“Near-fieldScanningPhotocurrentMicroscopyofaNanowirePhotodetector,”App.Phys.Lett.2005,87,043111.DOI:10.1063/1.1996851CoverFigure.

27. Henzie,J.;Kwak,E.S.;Odom,T.W.“MesoscaleMetallicPyramidswithNanoscaleTips,”NanoLett.2005,5,1199.DOI:10.1021/nl0506148

26. Odom,T.W.“TheNano-MicroInterface:BridgingMicroandNanoWorlds.EditedbyHans-JörgFechtandMatthiasWerner,”Small2005,1,462.DOI:10.1002/smll.200400161

25. Sekar,P.;Greyson,E.C.;Barton,J.E.;Odom,T.W.“SynthesisofNanoscaleNbSe2MaterialsfromMolecularPrecursors,”JACS2005,127,2054.DOI:10.1021/ja0428006

24. Damean,N.;Parviz,B.A.;Lee,J.N.;Odom,T.W.;Whitesides,G.M.“CompositeFerromagneticPhotoresistfortheFabricationofMicroElectroMechanicalSystems,”J.ofMicromechanicsandMicroengineering,2005,15,29-34.DOI:10.1088/0960-1317/15/1/005

23. Greyson,E.C.;Babayan,Y.;Odom,T.W.“DirectedGrowthofOrderedArraysofSmall-DiameterZnONanowires,”Adv.Mater.2004,16,1348.DOI:10.1002/adma.200400765

22. Babayan,Y.;Barton,J.E.;Greyson,E.C.;Odom,T.W.“TemplatedandHierarchicalAssemblyofCdSe/ZnSQuantumDots,”Adv.Mater.2004,16,1341.DOI:10.1002/adma.200400764

21. Barton,J.;Odom,T.W.“Mass-limitedGrowthinZeptoliterBeakers:AGeneralApproachforNanocrystalSynthesis,”NanoLett.2004,4,1525.DOI:10.1021/nl049151g[SeealsoNatureMaterialsonlineNanoZone—15July2004]

PostdoctoralPublications20. Wu,H.;Odom,T.W.;Chiu,D.T.;Whitesides,G.M.“FabricationofComplexThree-Dimensional

MicrochannelSystemsinPDMS,”JACS2003,125,554.

19. Odom,T.W.;Thalladi,V.R.;Love,J.C.;Whitesides,G.M.“Generationof30-50nmStructuresusingEasilyFabricated,CompositePDMSMasks,”JACS2002,124,12112.

18. Wu,H.;Odom,T.W.;Whitesides,G.M.“GenerationofChromeMaskswithMicrometerFeaturesusingMicrolensArrayLithography,”Adv.Mat.2002,14,1213.

17. Wu,H.;Odom,T.W.;Whitesides,G.M.“ReductionPhotolithographyusingMicrolensArrays:ApplicationsinGrayscalePhotolithography,”Anal.Chem.2002,74,3267.

16. Wu,H.;Odom,T.W.;Whitesides,G.M.“ConnectivityofFeaturesinMicrolensArrayPhotolithography:GenerationofVariousPatternswithaSinglePhotomask,”JACS2002,124,7288.

15. Odom,T.W.;Love,J.C.;Wolfe,D.B.;Paul,K.E.;Whitesides,G.M.“ImprovedPatternTransferinSoftLithographyusingCompositeStamps,”Langmuir,2002,18,5314.

PredoctoralPublications14. Odom,T.W.;Huang,J.L.;Lieber,C.M.“Single-walledCarbonNanotubes—fromFundamentalStudies

toNewDeviceConcepts,”Ann.NYAcad.Sci.2002,960,203.

13. Odom,T.W.“ElectronicPropertiesofSingle-walledCarbonNanotubes,”Aust.J.ofChem.2002,54,601.SeealsoC&ENews—20August2001.

12. Odom,T.W.;Huang,J.L.;Lieber,C.M.(invitedTopicalReview)“STMStudiesofSingle-walledCarbonNanotubes,”J.Phys.:Cond.Matter2002,14,R145.

11. Odom,T.W.;Hafner,J.H.;Lieber,C.M.“ScanningProbeMicroscopyStudiesofCarbonNanotubes”inTopicsinAppliedPhysics,Vol.80,M.S.Dresselhaus,G.Dresselhaus,P.Avouris,eds.(Springer-Verlag,2001).BookChapter.

10. Odom,T.W.;Huang,J.L.;Lieber,C.M.“MagneticClustersonSingle-walledCarbonNanotubes:TheKondoEffectinaOne-dimensionalHost,”Science2000,290,1549.

9. Kim,P.;Odom,T.W.;Huang,J.L.;Lieber,C.M.“STMStudyofSingle-walledCarbonNanotubes,”Carbon38,1741(2000).

8. Cheung,C.L.;Hafner,J.H.;Odom,T.W.;Kim,K.;Lieber,C.M.“GrowthandFabricationwithSingle-walledCarbonNanotubeProbes,”Appl.Phys.Lett.2000,76,3136.

7. Odom,T.W.;Huang,J.L.;Kim,P.;Lieber,C.M.“StructureandElectronicPropertiesofCarbonNanotubes,”J.Phys.Chem.B2000,104,2794.

6. Kim,P.;Odom,T.W.;Lieber,C.M.“ElectronicPropertiesofNovelMaterials:ElectronicStructuresandApplicationsofCarbonNanotubes,”AIPConferenceProceedings1999,486.

5. Kim,P.;Odom,T.W.;Huang,J.L.;Lieber,C.M.“ElectronicDensityofStatesofAtomicallyResolvedSingleWalledCarbonNanotubes,”Phys.Rev.Lett.1999,82,1225.

4. Hu,J.;Odom,T.W.;Lieber,C.M.“ChemistryandPhysicsinOne-Dimension:SynthesisandPropertiesofNanowiresandNanotubes,”Acc.Chem.Res.1999,32,435.

3. Wong,S.S.;Woolley,A.T.;Odom,T.W.;Huang,J.L.;Kim,P.;Vezenov,D.V.;Lieber,C.M.“Single-walledCarbonNanotubeProbesforHigh-resolutionImaging,”Appl.Phys.Lett.1998,73,3465.

2. Odom,T.W.;Huang,J.L.;Kim,P.;Ouyang,M.;Lieber,C.M.“ScanningTunnelingMicroscopyandSpectroscopyStudiesofSingleWallCarbonNanotubes,”J.Mater.Res.199813,59.

1. Odom,T.W.;Huang,J.L.;Kim,P.;Lieber,C.M.“AtomicStructureandElectronicPropertiesofSingle-walledCarbonNanotubes,”Nature1998,391,62.

NorthwesternBookChapters9. Engel,C.;Odom,T.W.“ShrinkableandStretchableNanomanufacturing,”Encyclopediaof

Nanotechnology,Bhushan,B.Ed.,Springer,2015,p.1-8.DOI:10.1007/978-94-007-6178-0_100924-1

8. Zhou,W.;Suh,J.Y.;Odom,T.W.“NovelFabricationMethodsforOpticalAntennas,”OpticalAntennas,Agio,M.;Alù,A.Eds.,CambridgeUniversityPress,2013.ISBN:9781107014145.

7. Lin,J.Y.;Chan,J.-C.;Gao,H.;Odom,T.W.“SurfacePlasmonBiosensingwith3DPlasmonicCrystals,”PlasmonicsandPlasmonicMetamaterials:AnalysisandApplications,Shvets,G.;Tsukerman,I.,Eds.,WorldScientificPublishers,2011.ISBN-10:9814355275[Coverimage]

6. Odom,T.W.;Flory,M.“NanotechnologyandEthics,”TheSocialScale:NanotechnologyandtheWeightofJustice,editors:LaurieZolothandMartaFlory,submitted.

5. Babayan,Y.;Visawanathan,M;Odom,T.W.“BenchtopNanoscalePatterningExperiments,”ACSNanotechnologyinUndergraduateEducation,Pacheco,K.O.,Ed.2009,p.177-188(Chapter13).ChapterDOI:10.1021/bk-2009-1010.ch013

4. Gao,H.;Odom,T.W.“Near-fieldScanningOpticalMicroscopyofNanoholeArrays.”InNano-opticsandNear-fieldMicroscopy,Richards,D.;Zayats,A.,Eds.ArtechPublishers,2008,p.165-184(Chapter8).

3. Henzie,J.;Lee,M.H.;Odom,T.W.“MultiscaleFabricationofPlasmonicNanostructures.”InUnconventionalNanopatterningandApplications,Rogers,J.A.;Lee,H.H.,Eds.2009,p.515-538(Chapter19).

2. Lee,J.;Henzie,J.;Odom,T.W.“ManipulatingtheOpticalPropertiesofIndividualandArraysofGoldNanopyramids.”InNanostructuresinElectronicsandPhotonics,Rahman,F.,Ed.WorldScientificPublishingCompany,2008,p.193-208(Chapter11).

1. Odom,T.W.“Research-BasedCoursesinNanotechnologyforUndergraduatesandNanoscienceModulesforHighSchoolandCommunityCollegeStudents.”InNanoscaleScienceandEngineeringEducation,Sweeney,A.E.;Seal,S.,Eds.AmericanScientificPublishers:StevensonRanch,2008,p.111-131(Chapter7).

OP-EDS1. “LightTechnologiesIlluminateGlobalChallenges,”TheConversation,13January2015.Syndicatedin

“HowInvestinginLightTechnologiescanChangeOurWorld,”Longitudes,18February2015.http://longitudes.ups.com/author/teri-odom/

2. “CheatinginSchoolsisRampantbutthereisanEasyFix,”WashingtonPost,13March2015.Syndicatedinhttp://www.winnipegfreepress.com/opinion/analysis/Cheating-a-problem-and-so-is-learning---296251151.htmlandhttp://www.nhregister.com/opinion/20150315/another-view-to-stop-cheating-in-schools-ditch-the-test

3. “WhyAlteringthePowderedDonutsatDunkin'DonutsIsBadforInnovation,”HuffingtonPost,1April2015.AlsoinNorthwesternNewsStoriesOpinion,1April2015.

4. “HowtoRemoveBiasfromPeerReview,”TheChronicleofHigherEducation,7May2015.AlsoinNorthwesternNewsStoriesOpinion,8May2015.

5. “ScientistsMakeBetterLeaders:UsingIdeasfortheCommonGood,”HuffingtonPost,24June2015.AlsoinNorthwesternNewsStoriesOpinion,25June2015.

PATENTS1. Odom,T.W.;Henzie,J.;Kwak,E.S.“MesoscalePyramids,Arrays,andMethodofPreparation”(US

Patentno.7,999,353)—issued16August2011

2. Odom,T.W.;Henzie,J.;Kwak,E.S.;Lee,M.H.“MesoscalePyramids,Arrays,andMethodofPreparation”(USPatentno.8,048,789)—issued1November2011

3. Odom,T.W.;Lee,M.H.;Huntington,M.D.“ProgrammableSoftLithography:Solvent-AssistedNanoscaleEmbossing”(USPatentApplicationno.13/135,910)—filed18July2011

4. Odom,T.W.;Lee,J.H.;Dam,Duncan.“Aptamer-loaded,BiocompatibleNanoconstructsforNuclear-targetedCancerTherapy”(USProvisionalApplicationno.61/556,663)—filed7November2011

5. Odom,T.W.;Huntington,M.D.“PhotolithographySystemUsingaSolidStateLightSource”(USPatentApplicationno.13/374,262)—filed19December2011

6. Odom,T.W.;Zhou,W.“Band-edgeLatticePlasmonLasersbasedonStronglyCoupledNanocavityArrays”(USProvisionalApplicationno.61/835,304)—filed14June2013

INVITEDPRESENTATIONSResearchPresentations:320todate,65internationalUniversityColloquiaandSeminars(128)128. NCStateUniversity(Physics),Raleigh,NC.“TBD,”November13,2017.

127. UniversityofMassachusettsGraduateStudentsforDiversityinScienceandEngineering(GSDSE),Amherst,MA.“TBD,”November9-10,2017.

126. UniversityofWashington(AnalyticalChemistry),Seattle,WA.“TBD,”October15,2017.

125. Caltech(ChemicalPhysics),Pasadena,CA.“TBD,”September19,2017.

124. UniversityofIllinoisChampaign(MechanicalEngineering),Champaign,IL.“TBD,”May2,2017.

123. NotreDameIMPACTLecture(Chemistry),SouthBend,IN.“GoldNanostarsasProbesforImagingandTherapeutics,”April6,2017.

122. GeorgiaStateUniversity(Chemistry),“GoldNanostarsasProbesforImagingandTherapeutics,”March31,2017.

121. MichiganTech(Physics),Houghton,MI.“RichOpticsfromSeeminglySimpleSystems:NanoparticleArrays,”March23,2017.

120. Caltech(MaterialsScience),Pasadena,CA.“RichOpticsfromSeeminglySimpleSystems:NanoparticleArrays,”March8,2017.

119. UniversityofTexas,A&M(Chemistry),“SqueezingLightintoSmallSpaces,”November1,2016.

118. UCF/CREOL,“SqueezingLightintoSmallSpaces,”October27,2016.

117. MassachusettsInstituteofTechnology(ChemicalBiology),Cambridge,MA.“GoldNanostarsasProbesforImagingandTherapeutics,”October17,2016.

116. UniversityofNewMexico,Albuquerque,NM.“SqueezingLightintoSmallSpaces,”September23,2016.[DistinguishedSeminarSeries]

115. UniversityofPennsylvania(MaterialsScience),Philadelphia,PA.“GoldNanostarsasProbesforImagingandTherapeutics,”September15,2016.

114. UniversityofHouston(ElectricalandComputerEngineering),Houston,TX.“FollowtheNano-brickRoad,”April29,2016.

113. MichiganStateUniversity(Chemistry),EastLansing,MI.“GoldNanostarsasProbesforImagingandTherapeutics,”April18,2016.

112. UniversityofFlorida(MaterialsScience),Gainesville,FL.“SqueezingLightintoSmallSpaces,”April12,2016.

111. PurdueUniversity(Chemistry),Lafayette,IN.“GoldNanostarsasProbesforImagingandTherapeutics,”October28,2015.

110. OregonStateUniversity(Chemistry),Corvalis,OR.“GoldNanostarsasProbesforImagingandTherapeutics,”October14,2015.

109. NorthwesternUniversity,SPIE,Evanston,IL.“Light-MatterInteractionsinPlasmonicNanocavities,”May28,2015.[Studentsponsoredseminar]

108. UniversityofSouthernCalifornia(Chemistry),LosAngeles,CA.“GoldNanostarProbesforImagingandTherapeutics,”April24,2015.

107. UniversityofSouthernCalifornia(MaterialsScienceandEngineering),LosAngeles,CA.“Light-MatterInteractionsinPlasmonicNanocavities,”April23,2015.[DistinguishedLectureSeries]

106. UniversityofArkansas,Fayetteville,AR.“GoldNanostarProbesforImagingandTherapeutics,”April13,2015.

105. DowChemicalCompany,Midland,MI.“HierarchicalNanomanufacturing,”April7,2015.

104. GettysburgCollege,Gettysburg,PA.“GoldNanostarsasProbesforImagingandTherapeutics,”March31-April1,2015.

103. ColumbiaUniversity(Chemistry),NewYork,NY.“GoldNanostarsasProbesforImagingandTherapeutics,”February19,2015.[StudentSponsoredSeminar]

102. UniversityofSouthCarolina,Columbia,SC.“GoldNanostarsasProbesforImagingandTherapeutics,”February13,2015.

101. OklahomaStateUniversity,Tulsa,OK.“GoldNanostarsasProbesforImagingandTherapeutics,”November6,2014.

100. UniversityofNebraska,Lincoln,NE.“GoldNanostarsasProbesforImagingandTherapeutics,”October24,2014.

99. UniversityofToronto,Toronto,Canada.“GoldNanostarsasProbesforImagingandTherapeutics,”October21,2014.

98. IllinoisStateUniversity,Normal,IL.“GoldNanostarsasProbesforImagingandTherapeutics,”September19,2014.

97. BioNanotechnologySummerInstitute2014,UIUC,Champaign,IL.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”July29,2014.

96. ICFO,Barcelona,Spain.“EnhancedLight-MatterInteractionsinStronglyCoupledNanoparticleArrays,”June25,2014.[cancelledbecauseofflightissues]

95. GeorgiaTech(ChemicalandBioengineering),Atlanta,GA.“MakingPreciousMetalsMorePrecious,”May21,2014.

94. UniversityofCaliforniaatSantaBarbara(Chemistry),SantaBarbara,CA.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”May15,2014.[DOWDistinguishedLecturer]

93. LehighUniversity(Chemistry),Bethlehem,PA.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”April9,2014.

92. FloridaStateUniversity(Chemistry),Tallahassee,FL.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”December6,2013.

91. MassachusettsInstituteofTechnology(MaterialsScience),Cambridge,MA.“EnhancedLight-MatterInteractionsinUnconventionalNanocavities,”November21,2013.

90. NorthwesternUniversity(CancerCenter),Chicago,IL.“NanoBootCampforClinicians,”November1,2013.

89. ChalmersUniversity(AppliedPhysics),Gothenburg,Sweden.“NanolaserstheSizeofVirusParticles,”May23,2013.

88. UniversityofCalifornia(Chemistry),Berkeley,CA.“DaltonAwardLecture,”May10,2013.87. StanfordUniversity(MaterialsScienceandEngineering),Stanford,CA.“Nanolaserswith

UnconventionalCavityArchitectures,”May3,2013.86. GeorgiaTech(Chemistry),Atlanta,GA.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”

April18,2013.85. UniversityofTexasatAustin(CenterforNanomaterials),Austin,TX.“NanolaserstheSizeofVirus

Particles,”March27,2013.84. UniversityofRochester(Chemistry),Rochester,NY.“GoldNanostarsasTinyHitchhikersforCancer

Therapeutics,”March20,2013.

83. HopeCollege(Chemistry),Holland,MI.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”February1,2013.

82. CalvinCollege,GrandRapids,MI.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”January31,2013.

81. RadcliffeInstituteofAdvancedStudy,HarvardUniversity,Cambridge,MA.“MakingPreciousMetalsmorePrecious,”May7,2012.

80. UniversityofChicago(Chemistry),Chicago,IL.“PlasmonicWhiplash:Ultra-fastExcitationofMetalNanoparticlesforDrugDeliveryandNanolasing,”March12,2012.

79. UniversityPierreandMarie,Paris,France.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”January12,2012.

78. BostonUniversity(Chemistry),Boston,MA.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”December2,2011.

77. UniversityofAkron(Chemistry),Akron,OH.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”November29,2011.

76. UniversityofColorado(Physics),Boulder,CO.“Nanoplasmonics:NewWaystoTrapandSqueezeLightinSubwavelengthVolumes,”November11,2011.

75. HarvardUniversity(Chemistry),Cambridge,MA.“AccessingtheDarkSideofPlasmonsthroughSANELithography,”September8,2011.

74. ImperialCollege(Physics),London,UK.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”July13,2011.

73. UniversityofPennsylvania,Philadelphia,PA.“AccessingtheDarkSideofPlasmonsthroughSANELithography,”April21,2011.

72. SimonFraserUniversity(Chemistry),BC,Canada.“AllThingsPyramids:NewPlatformsforSensing,”February23,2011.

71. UniversityofBritishColumbia(Chemistry),Vancouver,BC,Canada.“AllThingsPyramids:NewPlatformsforImagingandSensing,”February22,2011.

70. UniversityofVictoria(Chemistry),BC,Canada.“AllThingsPyramids:NewPlatformsforImagingandSensing,”February21,2011.

69. CarnegieMellonUniversity(MaterialsScience),Pittsburg,PA.“SuperlatticeandQuasi-3DPlasmonicCrystals,”November12,2010.

68. UniversityofTexas,SanAntonio(Physics),SanAntonio.“Broadbandand3DPlasmonics:HolesRedux,”November5,2010.

67. UniversityofBuffalo,SUNY(Chemistry),Buffalo,NY.“AllThingsPyramids:NewPlatformsforReal-timeSensingandImaging,”October22,2010.

66. IndianaUniversity(Chemistry),Bloomington,IN.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”May19,2010.

65. WesternWashingtonUniversity(MaterialsAfterDark),Bellingham,WA.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”May12,2010.

64. UniversityofMinnesota(Nano),TwinCities,MN.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”May3,2010.

63. BostonCollege(Chemistry),ChestnutHill,MA.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”April29,2010.

62. StevensInstituteofTechnology(Nano),Hoboken,NJ.“DesigningBroadbandPlasmonicCrystals,”March3,2010.

61. PurdueUniversity(Chemistry),WestLafayette,IN.“DesignandAssemblyofMultifunctionalNanopyramidalShells,”February24,2010.

60. RensselaerPolytechnicInstitute(Physics),Troy,NY.“Superlatticeand3DPlasmonics,”February17,2010.

59. SwarthmoreCollege(PhysicsandChemistry),Swarthmore,PA.“AllThingsPyramids:aNewNanostructureShapeforDiagnosticsandTherapeutics,”November19,2009.

58. RiceUniversity(Chemistry),Houston,TX.“PyramidalShells:AMultifunctional,PlasmonicSystem,”November4,2009.

57. NationalInstitutesofScienceandTechnology(NIST),Gaithersburg,MD.“BuildingaPlasmonicLibrary:CreatingStandardsforPlasmonicMaterials,”October23,2009.

56. CornellUniversity(MaterialsScience),Ithaca,NY.“TowardBroadbandPlasmonics:TuningDispersioninPlasmonicCrystals,”October8,2009.

55. CNSIUniversityofCaliforniaatLosAngeles,LosAngeles,CA.“MultifunctionalPlasmonicNanopyramids:OpportunitiesforBiomedicalApplications,”June2,2009.

54. CarolinaCenterofCancerNanotechnologyExcellence(CCNE),UniversityofNorthCarolina,ChapelHill,ChapelHill,NC.“DiagnosticsandTherapeuticsusingMultifunctionalNanopyramidProbes,”May12,2009.

53. CaseWesternUniversity(Physics),Cleveland,OH.“ScreeningPlasmonicMaterialsusingPyramidalGratings,”April6,2009.

52. UniversityofTexasA&M(Chemistry),CollegeStation,TX.“NanoscalePyramids:AUniquePlatformforCreatingMultifunctionalNanomaterials,”November4,2008.

51. UniversityofCaliforniaatRiverside(Chemistry),Riverside,CA.“Pyramids:AUniquePlatformforCreatingMultifunctionalNanomaterials,”October29,2008.

50. MIT(OpticsandQuantumElectronics),Cambridge,MA.“DesigningHierarchicalPlasmonicMetamaterials,”October22,2008.

49. PennStateUniversity(Physics),UniversityPark,PA.“DesigningHierarchicalPlasmonicMaterials,”September18,2008.

48. NewYorkUniversity(Physics),NewYork,NY.“SqueezingLightthroughTinyHoles,”September11,2008.

47. UniversityofStuttgart,Stuttgart,Germany.“DesigningNewTypesofHierarchicalPlasmonicMaterials,”May20,2008.

46. UniversityofBelfast,Queen’sNanoscienceForumandtheCentreforNanostructuredMedia,Belfast,NorthernIreland.“MultiscaleFabricationofPlasmonicStructures,”May15,2008.

45. RutgersUniversity(Chemistry),NewBrunswick,NJ.“NanoscalePyramids:AMultifunctionalPlasmonicSystem,”April22,2008.

44. VanderbiltUniversity(VINSE),Nashville,TN.“MultiscalePatterningofPlasmonicMetamaterials,”April2,2008.

43. CaliforniaInstituteofTechnology(AppliedPhysics),Pasadena,CA.“MultiscalePatterningofPlasmonicMetamaterials,”January31,2008.

42. NewYorkUniversity(Chemistry),NewYork,NY.“ChemicalNanofabrication:ABottom-upmeetsTop-downApproachtoFunctionalNanomaterials,”January23,2008.

41. PrincetonUniversity(MechanicalEngineering),Princeton,NJ.“MakingSomethingoutofNothing:TheHoleStory,”January3,2008.

40. ColumbiaUniversity(Chemistry),NewYorkCity,NY.“MakingSomethingoutofNothing:TheHoleStory,”November26,2007.

39. UniversityofNorthernIowa(Physics),CedarFalls,IA.“PlasmonicMetamaterials,”October10,2007.38. UniversityofWashington(NanoCenter),Seattle,WA.“MultiscalePatterningofPlasmonic

Metamaterials,”October2,2007.

37. WestVirginiaUniversity(Chemistry),Morgantown,WV.“ChemicalNanofabrication,”September26,2007.

36. UniversityofSouthCarolina(Chemistry),Columbia,SC.“MakingSomethingoutofNothing:TheHoleStory,”September14,2007.

35. PennStateUniversity(Chemistry),“ManipulatingLightattheNanoscalewithPlasmonicStructures,”UniversityPark,PA.April25,2007.

34. UniversityofUtah(Chemistry),SaltLakeCity,UT.“ManipulatingLightattheNanoscalewithPlasmonicStructures,”April16,2007.

33. UniversityofNotreDame(Chemistry),NotreDame,ID.“ManipulatingLightattheNanoscalewithPlasmonicStructures,”March8,2007.

32. UniversityofWisconsinatMadison(MaterialsChemistry),Madison,WI.“ManipulatingLightinNanoholeArraysandPyramids,”December14,2006.

31. PurdueUniversity(MaterialsChemistry),WestLafayette,ID.“ManipulatingLightinNanoholeArraysandPyramids,”December7,2006.

30. HarvardUniversity(Chemistry),Cambridge,MA.“ManipulatingLightinArraysofNanoholesandNanoparticles,”November9,2006.

29. DukeUniversity(Chemistry),Durham,NC.“ManipulatingLightinNanoholeArraysandPyramids,”November7,2006.

28. UniversityofDelaware(Chemistry),Newark,DE.“TheShapeofThingsNano,”November1,2006.27. UniversityofPennsylvania(Chemistry),Philadelphia,PA.“TheShapeofThingsNano,”October31,

2006.26. UniversityofIllinoisatUrbanaChampaign(Chemistry),Champaign,IL.“ManipulatingLightin

NanoholeArraysandPyramids,”October25,2006.25. UniversityofTexasatAustin(ChemicalEngineering),Austin,TX.“ManipulatingLightinNanohole

ArraysandPyramids,”October18,2006.24. CaliforniaInstituteofTechnology(ChemicalPhysics),Pasadena,CA.“ManipulatingLightinNanohole

ArraysandPyramids,”October4,2006.23. UniversityofCaliforniaatSanDiego(Chemistry),SanDiego,CA.“TheShapeofThingsNano,”

October3,2006.22. NorthwesternUniversity(ChemistryColloquia),Evanston,IL.“ManipulatingLightinNanoholeArrays

andPyramids,”September22,2006.

21. HarvardUniversity(NNI:SynergybetweenExperimentandComputationinNanoscaleScience),Cambridge,MA.“ManipulatingLightinAnisotropicNanostructures:HoleArraysandPyramids,”May31,2006.

20. StanfordUniversity(Chemistry),Stanford,CA.“ManipulatingLightinNanoholeArraysandNanoparticles,”May15,2006.

19. UniversityofCaliforniaatBerkeley(Chemistry),Berkeley,CA.“ManipulatingLightinNanoholeArraysandNanoparticles,”May8,2006.

18. NorthwesternUniversity(MaterialsScience&EngineeringColloquia),Evanston,IL.“ManipulatingLightinNanoholeArraysandNanoparticles,”April25,2006.

17. LouisianaStateUniversity(Chemistry),BatonRouge,LA.“TheShapeofThings,”April19,2006.16. UniversityofMichigan(Chemistry),AnnArbor,MI.“ManipulatingLightinNanoholeArraysand

Nanoparticles,”April7,2006.

15. IllinoisInstituteofTechnology(Chemistry),Chicago,IL.“ManipulatingLightinNanoholeArraysandNanoparticles,”April4,2006.

14. PrincetonUniversity(ChemicalEngineering),Princeton,NJ.“ManipulatingLightinNanoholeArraysandNanoparticles,”March13,2006.

13. UniversityofAlberta(Chemistry),Edmonton,Canada.“ManipulatingLightinNanoholeArraysandNanoparticles,”January24,2006.

12. UniversityofVictoria(Chemistry),BritishColumbia,Canada.“ManipulatingLightinNanoholeArraysandNanoparticles,”January23,2006.

11. ColumbiaUniversity(AppliedPhysics),NewYork,NY.“ManipulatingLightinNanoholeArraysandNanoparticles,”November30,2005.

10. CityCollegeofNewYork(Chemistry),NewYork,NY.“ManipulatingLightinNanoholeArraysandNanocrystals,”November7,2005.

9. UniversityofMassachusettsatAmherst(PolymerChemistry),Amherst,MA.“NanoscaleMaterials:Synthesis,Patterning,andPhotonics,”April28,2005.

7. MarquetteUniversity(Chemistry),Milwaukee,WI.“ChemicalSynthesismeetsNanofabrication:ANewApproachtoPatternedNanostructures,”December8,2004.

6. UniversityofPennsylvania(PhysicsCondensedMatter),Philadelphia,PA.“NanoscaleMaterials:Synthesis,Patterning,andPhotonics,”November16,2004.

5. NorthwesternUniversity(MRCandESAM),Evanston,IL.“SynthesisandAssemblyofInorganicNanoscaleMaterials,”August12,2004.

4. UniversityofChicago(MRSECseminar),Chicago,IL.“ChemicalSynthesismeetsNanofabrication:ANewApproachtoPatternedNanostructures,”June28,2004.

3. UniversityofMissouri-Rolla(Chemistry),Rolla,MO.“STMStudiesofSingleWalledCarbonNanotubesandUnconventionalNanoscalePatterning,”November28,2003.

2. NorthwesternUniversity(PhysicsColloquia),Evanston,IL.“STMStudiesofSingleWalledCarbonNanotubesandUnconventionalNanoscalePatterning,”October30,2003.

1. KalamazooCollege(Chemistry),Kalamazoo,MI.“NanoscaleandMesoscaleScience,”October4,2003.

Symposia,Workshops,andConferences(192)192. LasersinMicro,Nano,andBioGRC,WatervilleValley,ME.“TBD,”June17-22,2018.

191. ACSNationalSpringMeeting,NewOrleans,LA.“TBD,”March18-22,2018.

190. MRSFallMeeting,Boston,MA.“TBD,”November26-30,2017.

189. AmericanVacuumSociety,Tampa,FL.“TBD,”October29–November2,2017.

188. IEEEPhotonics,Orlando,FL.“TBD,”October2-4,2017.

187. ACSNationalMeeting,Washington,DC.“Photo-responsiveNanoparticles:fromFundamentalsofExcitationtoApplications,”August20-24,2017.[COLL]

186. ACSNationalMeeting,Washington,DC.“ColloidalMetalandSemiconductorNanostructures:Theory,Synthesis,andApplication,”August20-24,2017.[COLL]

185. SPIEOptics+Photonics2017,SanDiego,CA.“PlasmonicMetasurfacesbyEvolutionaryDesign,”August6-10,2017.

184. SPIEOptics+Photonics2017,SanDiego,CA.“ControlledandTunableMulti-modalLasingfromPlasmonicSuperlattices,”August6-10,2017.

183. META2017,Incheon,Korea.“TBD,”July28-29,2017.

182. CottrellScholarConference,July12-14,2017.

181. ICPN(InternationalConferenceonNanophotonics)10,Recife,Brazil.July2-5,2017.[KeynoteAddress]

180. NOMA(NovelOpticalMaterialsandApplication),Cetraro,Italy.“PlasmonicMetasurfacesbyEvolutionaryDesign,”June4-10,2017.

179. BrookhavenUserMeeting,May16,2017.

178. CRC951,Berlin,Germany.April25-28,2017.

177. MRSSpring2017Meeting,Phoenix,AZ.“Multi-modalLasingfromPlasmonicSuperlattices,April17-21,2017.[ED10:MaterialPlatformsforPlasmonicsandMetamaterials]

176. MRSFall2016Meeting,Boston,MA.“ProgrammableMulti-scaleNanoparticleMetasurfaces,”November28–December1,2016.[EM7]

175. IUSSTFQuantumPlasmonicsofHybridNano-Assembles,Bangalore,India.“LasingSpaserNanoparticleArrays,”November17-18,2016.

174. NTU-NorthwesternInstituteforNanomedicine(NNIN),SantaBarbara,CA.“AnIntegratedAntibacterialNanotherapyforInfectionsoftheSkinandSubcutaneousTissue,”November15-16,2016.

173. SPIEOptics+Photonics2016,SanDiego,CA.“DesignerNanocavitiesforRoom-temperaturePlasmonNanolasers,”August28,2016.

172. SPIEOptics+Photonics2016,SanDiego,CA.“HowNegativeCurvatureInterfacesImprovetheImagingPropertiesofGoldNanoparticles,”August30,2016.

171. SPIEOptics+Photonics2016,SanDiego,CA.“EngineeringUltra-narrowPlasmonResonances,”August29,2016.

170. PIERSShanghai,China.“TunableNanoparticleSpasers,”August7-10,2016.

169. PKUInternationalNanophotonicsWorkshop,Beijing,China.“NanoscaleLasers,”August5-6,2016.

168. META2016,Malaga,Spain.“Real-timeTunableNanoparticleSpasers,”July25-28,2016.[Keynotetalk]

167. EMP16InternationalConferenceonEnergy,Materials,andPhotonics,Troyes,France.July10-13,2016.

166. RoyalSocietySeminar,ChicheleyHall,Buckinghamshire,England.“NanoparticleLasingSpasers,”June28-29,2016.

165. JUAMI(JointUndertakingfortheAfricaMaterialsInstitute),Tanzania.“3DHierarchicalMaterialsbyMemory-based,SequentialWrinkling”June6,2016.

164. 2016InternationalNanotoxicologyCongress,Boston,MA.“OvercomingtheEndosomalEscapeProblem:Lysosome-TargetingGoldNanostarNanoconstructs,”June1-4,2016.

163. AnnualConferenceoftheSocietyofPlasticsEngineers(ANTEC),Indianapolis,IN.“3DHierarchicalMaterialsbyMemory-based,SequentialWrinkling,”May23-25,2016.

162. NSFMPSSiteVisit,NorthwesternUniversity,Evanston,IL.“NanoscaleCurvatureEffectsinAnisotropicNanomaterials,”April21,2016.

161. DSSG30thAnniversarySymposium,Washington,DC.March30-31,2016.

160. MaterialsResearchSocietySpringMeeting,Phoenix,AZ.“DesignerNanocavitiesforRoom-temperaturePlasmonLasing,”March28-April1,2016.[NT1:Functionalnanostructuresandmetamaterialsforsolarenergyandnovelopticalphenomena]

159. MaterialsResearchSocietySpringMeeting,Phoenix,AZ.March28-April1,2016.[SM7:FutureHealthcareNeedsthroughBiomaterials,BioengineeringandtheCellularBuildingBlock][studentDuncanH.M.Dampresented]

158. APSMarchMeeting2016,Baltimore,MD.“NanoparticleLasingSpasers,”March14-18,2016.

157. Pittcon2016,Atlanta,GA.“Real-timeTunableEmissionfromPlasmonicNanolasers,”March6-10,2016.

156. IEEE-Nanomed2015,WaikikiBeach,Hawaii.“GoldNanostarsasProbesforImagingandTherapeutics,”November15-18,2015.[Keynotespeaker].

155. InternationalMaterialsResearchCongress(IMRC),Cancun,Mexico.“EnhancedLight-MatterInteractionsinNanoparticleArrays,”August16-20,2015.[Plenaryspeaker].

154. META15,NewYorkCity,NY.“Nano-aperturesandApplications.”August5,2015.

153. TaiwanBiannualPlasmonicsSymposium,Taipei,Taiwan.“TunableNanoparticleLasingSpasers,”June15,2015.[Plenaryspeaker].

152. SPP7,Jerusalem,Israel.“Real-timeTunableLasingfromPlasmonicNanocavities.”May31-June5,2015.

151. 2015APS/CNMUser’sMeeting,“RoomTemperatureLasingfromNanoparticleArrays.”May11,2015.[Invitedspeaker]

150. NorthwesternrepresentativeforNSFlobbyingeventatCongress.Washington,DC.“StructuredNanoscaleMaterialswithExtraordinaryProperties,”April29,2015.

149. RobertH.LurieCancerCenterSymposium,Evanston,IL.“InvestigatingProtein-LigandInteractionsviaGoldNanostarProbes.”April10,2015.

148. ACSSpringMeeting,Denver,CO.“EnergyConversionwithinaSingleNanocavityStructure”[PHYS],March22-25,2015.

147. ACSSpringMeeting,Denver,CO.“EnhancedLight-MatterInteractionsinNanoparticleArrays”[COLL,MetallicNanostructuresforOptical&electrochemicalSensingandAlternativeEnergyConversion],March22-25,2015.

146. ACSSpringMeeting,Denver,CO.“PlasmonicHetero-OligomerNanoparticleArraysforHydrogenSensing”[COLL,PlasmonicCatalysisandSensing],March22-25,2015.

145. NanoMeta,Seefeld(Tirol),Austria.“TunableNanoparticleLasingSpasers,”January5-8,2015.

144. NSFNanoGranteesConference,Arlington,VA.“ProspectsinPlasmonics,”December9-10,2014.

143. AVS61stInternationalSymposium&Exhibition,Baltimore,MD.“EnhancedLight-MatterInteractionsinNanoparticleArrays,”November10,2014.

142. IEEEPhotonicsMeeting,SanFrancisco,CA.“RoomTemperaturePlasmonicNanolasers,”October13,2014.

141. NCIAllianceMeeting,Bethesda,MD.“RationalDesignofNanomaterials,”October1-3,2014.

140. BlavatnikYoungScientistsSymposium,NewYork,NY.September15,2014.

139. NFO-13,Snowbird,UT.“HeterogeneousPlasmonicOligomers,”September1-3,2014.

138. ACSFallMeeting,SanFrancisco,CA.“GoldNanostarsasProbesforImagingandTherapeutics,”August10-14,2014.

137. ResearchCorporationCottrellScholars,Tucson,AZ.July10-12,2014.

136. GordonResearchConference,Plasmonics,Newry,ME.“FabricationofUnconventionalNanocavityArchitectures,”July6-11,2014.

135. GordonResearchConference,NobleMetalNanoparticles,SouthHadley,MA.“DesignerGoldNanostarsforImagingandTherapeutics,”June15-20,2014.

134. 6thInternationalSymposiumonBioanalysis,BiomedicalEngineeringandNanotechnology2014,Changsha,China.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”May29-June1,2014.

133. MRSSpringMeeting,SanFrancisco,CA.“EnhancedLight-MatterInteractionsinUnconventionalNanocavities,”April21-25,2014.

132. APSMarchMeeting,Denver,CO.“ProspectsofOmnidirectionalSubstratesforLightTrapping,”March3-7,2014.

131. ASME20143rdGlobalCongressonNanoEngineeringforMedicineandBiology(NEMB2014),SanFrancisco,CA.“GoldNanostarsasDrugDeliveryAgentsforNanomedicine,”February2-5,2014.

130. US-FranceNanophotonicsWorkshop,Troyes,France.“EnhancedLight-MatterInteractionsinUnconventionalNanocavities,”November3-7,2013.

129. AmericanVacuumSociety,LongBeach,CA.“PlasmonicQuasicrystals,”October27-30,2013.AlexHrynsubstituted.

128. ResearchCorporationScialog,Tucson,AZ.“ProspectsofOmnidirectionalSubstratesforLightTrapping,”October15-18,2013.

127. 25thPackardFellowsReunion,Denver,CO.“ManipulatingLightattheNanoscale,”September11-15,2013.

126. ACSFallMeeting,Indianapolis,ID.“Multi-scalePlasmonicNanoparticlesandtheInverseProblem,”September9-12,2013.

125. SPIEPlasmonics,SanDiego,CA.“EnhancedLight-MatterInteractionsinNanoparticleArrays,”August25-29,2013.

124. QuantumPlasmonics,WashingtonDC.“LatticePlasmonNanolasers,”August21-23,2013.

123. ResearchCorporationCottrellScholars,Tucson,AZ.July10-13,2013.

122. US-IsraelKavliFrontiersofScienceSymposium,Irvine,CA.“NanolaserstheSizeofVirusParticles,”June17-18,2013.SponsoredbytheNASandKavliFoundation.

121. FacultyOpponentforChalmersUniversityPhDDefense,Gothenburg,Sweden.“BiosensorSense,”May24,2013.

120. AMN-6conference,Auckland,NewZealand.“NanolaserstheSizeofVirusParticles,”February11-15,2013.[Plenaryspeaker]

119. IUMRS-ICEM2012,Yokohama,Japan.“Nanoplasmonics:NewWaystoTrapandSqueezeLightintoSubwavelengthVolumes,”September23-28,2012.[Plenaryspeaker]RobertP.H.Changsubstituted.

118. ACSFallMeeting,Philadelphia,PA.“RoomTemperaturePlasmonicNanolasers,”August24-29,2012.

117. GordonResearchConference,NobleMetalNanoparticles,SouthHadley,MA.“RoomTemperaturePlasmonicLasers,”June17-22,2012.

116. GordonResearchSeminar,NobleMetalNanoparticles,SouthHadley,MA.“GoldNanostarsasTinyHitchhikersforCancerTherapeutics,”June16-17,2012.[Keynotespeaker]

115. InternationalConferenceontheNanostructure-EnhancedPhoto-EnergyConversion(YamadaConferenceLXVI),Tokyo,Japan.“PlasmonicNanolasers,”June3-6,2012.

114. E-MRSSpringMeeting,Strasbourg,France.“ExtraordinaryNonlinearAbsorptionin3DBowtieNanoantennas,”May14-20,2012.

113. META12,Paris,France.“LightTrappinginNanoparticleArraysbeyondtheQuasistaticLimit,”April19-22,2012.

112. META12,Paris,France.“ProgrammableSoftLithographyforScalablePlasmonics,”April19-22,2012.

111. ACSSpringMeeting,SanDiego,CA.“PlasmonicNanocavities:NewWaystoSqueezeLightintoSubwavelengthVolumes,”March28,2012.

110. ACSSpringMeeting,SanDiego,CA.“TowardsOmnidirectionalPlasmonicSubstratesforLightTrapping,”March27,2012.

109. AfricanMRSMeeting,VictoriaFalls,Zimbabwe.“BenchtopPhotolithography,”December15,2011.

108. ACSAkronSectionAward,Akron,OH.“AllthatGlittersisNanoscaleGold,”November29,2011.

107. AVSMeeting,Nashville,TN.“ASANEApproachtoProgrammableSoftLithography,”November1-4,2011.

106. AIChEMeeting,Minnesota,MN.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”October16-20,2011.

105. NIHDirector’sPioneerMeeting,Bethesda,MA.“DesigningPlasmonicLensesforOpticalBioimaging,”September20-21,2011.

104. OpticsofSurfacesandInterfaces9,Akumal,Mexico.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”September19-23,2011.

103. US-ChinaInternationalMaterialsInstituteMeeting,SichuanUniversity,Chengdu,China.“Sustainable,ScalableGenerationofNanostructuredSurfaces,”September15-16,2011.

102. ACSFallMeeting,Denver,CO.“TrappingLightinStronglyCoupledNanoparticleArraysbyDarkPlasmons,”August29,2011.

101. ACSFallMeeting,Denver,CO.“DesigningMulti-scaleNanomaterialsforSensingandImaging,”August30,2011.

100. ACSFallMeeting,Denver,CO.“ControllingProtein-LigandKineticsusing3DPlasmonicMaterials,”August30,2011.

99. CottrellScholarsConference,Tucson,AZ.July6-8,2011.

98. NSFSummerInstituteonNanomechanics,Nanomaterials,andMicro/Nanomanufacturing,Chicago,IL.“NanomanufacturingofNanostructuredSurfacesforEnergyApplications,”June30,2011.

97. NorthwesternUniversityClinicalandTranslationalSciences,Evanston,IL.“IdentifyingCancerCells:MultifunctionalGoldNanopyramidProbes,”May18,2011.

96. STEMandNanoscience,Washington,DC.May12-13,2011.

95. NIHInnovationBrainstorm:TransformingDiscoveryintoImpact,Potomac,MD.May4-6,2011.

94. SocietyofManufacturingEngineers,Chicago,IL.“ProgrammableSoftLithography:Solvent-AssistedNanoscaleEmbossing,”April5,2011.

93. 3M,Minneapolis,MN.“ProgrammableSoftLithography:Solvent-AssistedNanoscaleEmbossing,”March31,2011.

92. ACSChicagoSection,Chicago,IL.“AllThingsPyramids:NewPlatformsforImagingandSensing,”February24,2011.

91. Pacifichem2010,Honolulu,HI.“ConcentratingLightusingAnisotropicNanopyramidalShells”inNanostructure-EnhancedPhotochemicalReactions,December15-20,2010.

90. Pacifichem2010,Honolulu,HI.“DesigningPlasmonicCrystalPlatformsforUltra-sensitiveBiosensing”inMolecularPhotonics,December15-20,2010.

89. Japanese-AmericanKavliFrontiersofScienceSymposium,Kanagawa,Japan.December2-5,2010.SponsoredbytheNAS,KavliFoundation,andJSPS.

88. NationalAcademiesKeckFutureInitiatives2010ImagingSciences,Irvine,CA.November17-19,2010.SponsoredbytheNationalAcademiesandKeckFoundation.

87. ChicagoSectionoftheSocietyofAppliedSpectroscopy(SAS),Chicago,IL.November9,2010.

86. AVSMeeting,Albuquerque,NM.“UnconventionalandBroadbandPlasmonics,”October17-20,2010.

85. NIHDirector’sPioneerMeeting.September30-October1,2010.

84. InternationalMaterialsInstitute,3rdUS-ChinaMeeting,Beijing,China.September18-24,2010.

83. ISACS22010,Budapest,Hungary.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”July13-16,2010.[KeynoteLecture]

82. CSC2010,Toronto,Canada.“ConcentratingLightin3DusingAnisotropicGoldNanopyramids,”May29-June1,2010.

81. 3M,TwinCities,MN.“SuperlatticeandQuasi-3DPlasmonicCrystals,”May4,2010.

80. TransitionMetalChalcogenideandHalideNanostructures2010,TelAviv,Israel.“SynthesizingTaS2NanotubesStartingfromTa2O5NanotubeTemplates,”April25-27,2010.[KeynoteLecture]

79. SPIEEurope2010,Brussels,Belgium.“SuperlatticeandLowSymmetryPlasmonicCrystals,”April12-16,2010.

78. MRSSpringMeeting2010,SanFrancisco,CA.“ControllingDispersioninNanoparticleArrays,”April4-8,2010.

77. EUROPT(R)ODEX,Prague,CzechRepublic.“DesigningPlasmonicCrystalsforUltra-sensitiveMolecularSensing,”March28-31,2010.[KeynoteLecture]

76. AfricaMRSMeeting,Abuja,Nigeria.“UnconventionalPlasmonicMaterials,”December14-18,2009.

75. FourthAnnualNCIAllianceforNanotechnologyinCancerInvestigatorsMeeting,ManhattanBeach,CA.“WideFieldImagingofNanopyramidProbestoDetectBiomarkers,”October21,2009.

74. NIHDirector’sPioneerMeeting,Bethesda,MD.“Sub-cellularImagingusingPlasmonicLenses,”September24-25,2009.

73. JNCASR-NUWorkshop,Bangalore,India.“ScreeningMaterialswithNanopyramidArrays,”September1-2,2009.

72. ACSFallMeeting2009,Washington,DC.“NanopyramidalGratingsasUltrasensitiveDetectionPlatforms,”August16-20,2009.

71. SPIEPlasmonics:Nanoimaging,Nanofabrication,andtheirApplicationsIV,SanDiego.“DesigningHierarchicalPlasmonicMaterials,”August2-6,2009.

70. Clusters,Nanocrystals,andNanostructuresGordonResearchConference,NewLondon,CT.“MaterialsExpansionandApplicationsofQuasi-3DPlasmonicLattices,”July19-24,2009.

69. NSFCMMIEngineeringResearchandInnovationConference2009,Honolulu,HI.June22-25,2009.

68. German-AmericanKavliFrontiersofScienceSymposium,Irvine,CA.“AreWeThereYet?OntheRoadtoaTechnologyBasedonNanoscience,”June5-7,2009.SponsoredbytheNAS,KavliFoundation,andvonHumboldtFoundation.

67. EIPBNMeeting2009,MarcoIsland,FL.“DesigningHierarchicalandQuasi-3DPlasmonicLattices,”May26-29,2009.

66. GeorgeC.Schatz60thBirthdayCelebration,Evanston,IL.“TheHoleStory:WorkingwithGeorgeinNewDirections,”April17,2009.

65. MRSSpringMeeting2009,SanFrancisco,CA.“DesigningAsymmetricandMultifunctionalPlasmonicParticles,”April16,2009.

64. MRSSpringMeeting2009,SanFrancisco,CA.“ScreeningPlasmonicMaterialsusingQuasi-3DPlasmonicLattices,”April14,2009.[MRSOutstandingYoungInvestigatorAwardaddress]

63. ACSSpringMeeting2009,SaltLakeCity,UT.“NationalFreseniusAwardSymposium,”March22-26,2009.[NationalFreseniusAwardaddress]

62. Japan-AmericanKavliFrontiersofScience(FOS)Symposium,Irvine,CA.December5-7,2008.SponsoredbytheNAS,KavliFoundation,andJSPS.

61. NSF-MEXTYoungResearchersExchangeProgram,Japan.October5-11,2008.

60. NIHDirector’sPioneerAwardSymposium,Bethesda,MA.September22-23,2008.

59. 2008PackardFoundationFellowsMeeting,ParkCity,UT.“SqueezingLightthroughTinyHoles,”September3-6,2008.

58. SPIEPlasmonics:Nanoimaging,Nanofabrication,andtheirApplicationsIV,SanDiego.“DesigningHierarchicalPlasmonicMaterials,”August10-14,2008.

57. SolidStateChemistryGordonResearchConference,NewLondon,NH.“ChemicalNanofabrication,”July27–August1,2008.

56. EPSCORProgramReview,OakRidgeNationalLab,OakRidge,TN.“DirectingMatterandEnergy:FiveChallengesforScienceandtheImagination,”July23,2008.

55. IntegratedPhotonicsandNanophotonicsResearchandApplicationsTopicalMeeting,Boston,MA.“MultiscaleFabricationandPropertiesofPlasmonicNanostructures,”July13-16,2008.

54. CenterforNanoscaleMaterialsUsersFacilityMeeting,ArgonneNationalLabs.May7,2008.

53. ACSSpringMeeting2008,NewOrleans,LA.“RefractiveIndexSensingwithPlasmonicMetamaterials,”April6-10,2008.

52. Jawaharlal(JNC,India)-NorthwesternWorkshoponAdvancedMaterials,Evanston,IL.“ChemicalNanofabrication:ANewRoutetoInorganicNanomaterials,”March31-April1,2008.

51. MRSSpringMeeting2008,SanFrancisco,CA.“PlasmonicMetamaterials:FabricationandCharacterization,”March24-28,2008.

50. NSF-MEXTYoungResearchersExchangeProgramSymposium,NorthwesternUniversity,Evanston,IL.“PyramidalNanoparticles:ANewPlasmonicSystem,”March11-12,2008.

49. Indo-USScienceandTechnology,Bhubaneshwar,India.“ScienceandTechnologyatNano-BioInterface,”February19-22,2008.

48. AfricanMaterialsResearchSociety,Dar-Es-Salaam,Tanzania.“PlasmonicMetamaterials,”December10-14,2007.

47. Japan-AmericanKavliFrontiersofScience(FOS)Symposium,Kanagawa,Japan.“FrontiersinOpticalMaterials,”December1-3,2007.

46. NorthwesternUniversity(SmallBusinessEvaluationandEntrepreneur),Evanston,IL.“MultiscaleFabricationofPlasmonicStructures,”November12,2007.

45. RohmandHaas,Marlborough,MA.“MultiscalePatterningofPlasmonicMetamaterials,”September17,2007.

44. 2007PackardFoundationFellowsMeeting,Monterey,CA.September5-8,2007.

43. ACSFallMeeting,Boston,MA.“Multi-scaleFabricationofPlasmonicMetamaterials,”August19-23,2007.

42. ElectronicMaterialsGordonConference,SouthHadley,MA.July22-27,2007.

41. InorganicChemistryGordonConference,Newport,RI.July15-20,2007.

40. CottrellScholarConference,Tucson,AZ.July6-7,2007.

39. SPP3Conference,Dijon,France.“Large-areaFabricationofNanoholeArraysandNanoparticles,”June17-22,2007.

38. NorthwesternUniversity(IndustrialAssociatesMeeting),Evanston,IL.“NanoManufacturingofPlasmonicStructures,”May10,2007.

37. TheElectrochemicalSociety(ECS),“NanoscalePyramids:Fabrication,Manipulation,andFunctionalization,”Chicago,IL.May7,2007.

36. FNANO07,Snowbird,UT.“PlasmonicNanostructures:ArraysofHolesandParticles,”April18-21,2007.

35. MaterialsResearchSociety(MRS)SpringMeeting,SanFrancisco,CA.“Large-areaNanofabricationofPlasmonicNanostructures,”April13,2007.

34. ACSSpringMeeting,Chicago,IL.“PyramidalNanoparticles:Fabrication,Characterization,andFunctionalization,”March25,2007.

33. SocietyofManufacturingEngineersConference,Chicago,IL.“Large-AreaNanoManufacturingofPhotonicandPlasmonicNanostructures,”March14,2007.

32. Africa-USWorkshoponFrontiersinMaterialsResearchandEducation,Abuja,Nigeria.“SynthesisofFunctionalNanostructures,”January21-25,2007.

31. DuPont,Philadelphia,PA.“ChemistrymeetsNanofabrication:PatternedNanoscaleMaterials,”October30,2006.

30. US-IrelandNanotechnologyWorkshop(NSF),Belfast,UK.“DirectedAssemblyofNanostructuresoverLargeAreas,”October22-23,2006.

29. ACSFallMeeting(ExxonMobilSolidStateChemistrySymposium),SanFrancisco,CA.“ChemistrymeetsFabrication:PatternedNanoscaleMaterials,”September12,2006.

28. PackardFoundationFellowsMeeting,Monterey,CA.September6-9,2006.

27. PlasmonicsGordonResearchConference(GRC),Keene,NH.“Large-areaSubwavelengthHoleArrays,”July27,2006.

26. NanostructureFabricationGordonResearchConference(GRC),Tilton,NH.“Large-areaPatterningofOpticalNanostructures,”July20,2006.

25. German-AmericanFrontiersofScience(FOS)Symposium,“ManipulatingLightinNanoholeArraysandPyramids,”June23-25,2006.[Selectedasoneoftop40youngU.S.scientists;sponsoredbytheNASandAlexandervonHumboldtFoundation]

24. SocietyofManufacturingEngineersConference,LosAngeles,CA.“InnovativeApproachestoNanofabricationandAssemblyusingTop-downandBottom-upManufacturingMethods,”March28,2006.

23. US-ChinaNanotechnologyWorkshop(NSF),Washington,DC.“ManipulatingLightinNanoholeArrays,”March23,2006.

22. NSFWorkshop:SynthesisofComplexChemicalSystems,Oxford,England.“PyramidalNanoparticles,”March19-21,2006.[SelectedasoneoftwelveyoungU.Schemistsforworkshop]

21. 13thAnnualForesightConference,SanFrancisco,CA.“NovelMethodsofNanoscaleFabricationandAssembly,”October27,2005.

20. PackardFoundationFellowsMeeting,Monterey,CA.September7-10,2005.

19. NationalNanotechnologyInitiative(NNI)Workshop:X-raysandNeutrons:EssentialToolsforNanoscienceResearch,Washington,DC,“SynthesisofNanostructures:OpportunitiesforScatteringMethods,”July16,2005.

18. EmergingTechnologiesforBioandChemicalSensing(USGovernment),Washington,DC.“NanotechnologiesforSensorApplications,”June15,2005.

17. NIHDirector’sPioneerMeeting,Bethesda,MD.“Sub-cellularImagingusingPlasmonicLenses,”September24-25,2009.

16. CERC3–YoungChemistsWorkshop(NSF),Baden-Baden,Germany.“NanoscaleMaterials:Synthesis,Patterning,andPhotonics,”May2-5,2005.[NominatedbyNSFandselectedbyEuropeanorganizingcommitteeasoneoffourU.S.youngchemists]

15. GDEST:SensorsandSensorSystems:AUS-JapanDialogue,“NanomaterialsmeetsNanofabrication:ProspectsforSensorApplications,”February28–March2,2005.[SponsoredbytheNationalAcademyofSciences(NAS)]

14. ArgonneNationalLab(MaterialsScience),Argonne,IL.“NewApproachestotheSynthesisandAssemblyofNanoscaleMaterials,”November15,2004.

13. PackardFoundationFellowsMeeting,Monterey,CA.“SynthesisandPatterningofNanoscaleMaterials,”September1-4,2004.

12. German-AmericanFrontiersofChemistrySymposium,Munich,Germany.“NanoscalePhotonics,”July11-13,2004.[Selectedasoneoftop25youngU.S.chemists;sponsoredbytheNSFandGermanChemicalSociety]

11. US-UKFrontiersofScience(FOS)Symposium,Cambridge,England.“OpticalPropertiesofSurfacePatternedNanostructures,”June19-22,2004.[Selectedasoneoftop40youngU.S.scientists;sponsoredbyNASandtheRoyalSociety]

10. US-ChinaNanotechnologyForum(NSF),Beijing,China.“OpticalPropertiesofSurfacePatternedNanostructures,”May13,2004.

9. InternationalNanotechWorkshop,Venice,Italy.“InstituteforNanotechnology,”March15,2004.

8. ACSChicagoSectionMeeting,Chicago,IL.“NanoscaleandMesoscaleScience,”January23,2004.

7. 1stKorea-USNanoForum(NSF),Seoul,Korea.“NanoscaleScienceandEngineeringCenter,”October10-13,2003.

6. 77thACSColloidandSurfaceChemistrySymposium,Atlanta,GA.“STMStudiesofSingleWalledCarbonNanotubes,”June2003.[PlenarytalkforVictorK.LaMerawardforbestthesisinsurfacechemistry]

5. ACSGreaterLakesMeeting,Chicago,IL.“Generationof30-50nmStructuresusingCompositePDMSMasks,”June2,2003.

4. WorldChemistryCongress/IUPACJointMeeting,Brisbane,Australia.“ElectronicPropertiesofSingleWalledCarbonNanotubes,”June28–July9,2001.[IUPACPrizeforbestinternationalthesisinthechemicalsciences]

3. AmericanPhysicalSociety(APS)MarchMeeting,Seattle,WA.“STMStudiesofSingleWalledCarbonNanotubes,”March23,2000.

2. MolecularElectronics2000,Kona,HI.“Single-WalledCarbonNanotubes:FromFundamentalPropertiestoNewDeviceConcepts,”December10,2000.

1. AmericanChemicalSociety(ACS)FallMeeting,Boston,MA.“ElectronicPropertiesofSingleWalledCarbonNanotubes,”August24,1998.

ResearchPresentations(Contributed)9. Near-fieldOptics(NFO-13),Snowbird,Utah.“HeterogeneousPlasmonicOligomers,”August31-

September4,2014.

8. ACSFallMeeting,Boston,MA.“InfiniteandMicroscalePatchesofNanoholeArrays:AScalablePlatformforRefractiveIndexSensingwithIncreasedSensitivity,”August20,2007.

7. MRSSpringMeeting,SanFrancisco,CA.“SoftInterferenceLithography,”April13,2007.6. Clusters,Nanocrystals,andNanostructuresGordonResearchConference,NewLondon,CT.

“PatternedNanoscaleMaterialsandStructures,”July31-August5,2005.5. Purdue-INACWorkshop,WestLafayette,ID.“MetallicNanostructures:PyramidsandNanohole

Arrays,”July25,2005.4. ACSSpringMeeting,SanDiego,CA.“Mass-limitedGrowthinzL-Beakers:AGeneralApproachfor

theSynthesisofNanocrystals,”March16,2005.3. ACSSpringMeeting,SanDiego,CA.“SynthesisofNanoscaleMetalChalcogenidesbySoftChemical

Methods,”March15,2005.2. SolidStateChemistryIGordonResearchConference,NewLondon,NH.July25-30,2004.

1. ClustersandNanocrystalsGordonResearchConference,NewLondon,CT.August3-8,2003.

EducationandOutreachPresentations(Accepted):52todate,5international52. ACSonCampus,“TopTenTipsforPreparingyourManuscript,”Paneldiscussion,Northwestern

University,November9,2016.51. PublicVoicesFellowshipAlumniPanel,NorthwesternUniversity.November4,2016.

50. ChemistryGraduateStudents,NorthwesternUniversity.“TakingGraduateStudentTrainingSeriously,”July19,2016.

49. WorldIntellectualPropertyOrganization(WIPO)visittotheInternationalInstituteofNanotechnology(IIN),NorthwesternUniversity,Evanston,IL.“AGentleIntroductiontoNano,”June16,2016.

48. SenateScienceForum,Washington,DC.May10,2016.47. InvestitureCeremonyforEndowedChairs,Evanston,IL.“TheStoryofUs:TheMakingofaLate-

BloomerScientistandProfessor,”April26,2016.

46. ChicagoCollaborationforWomeninSTEM(CWIS)CareerDevelopmentandLeadershipRetreat,Naperville,IL.March3-4,2016.

45. PublishingHighImpactPanel,NorthwesternUniversityPostdoctoralForum,Evanston,IL.February29,2016.

44. WeWillCampaign,TravelingClassroom,LosAngeles,CA.“MakingPreciousMetalsMorePrecious,”February20,2016.

43. GettysburgCollege,Gettysburg,PA.“TheColorfulNanoworld,”March31,2015.42. UniversityofCaliforniaatSantaBarbara,SantaBarbara,CA.“IttakesaVillage:Howyour

CommunityAffectsyourSuccess,”May16,2014.

41. IUMRS-ICEM2012,Yokohama,Japan.“EducationalForum:BenchtopNanoscaleExperiments,”September26,2012.[KeynoteSpeaker]ChristinaSweeneysubstituted.

40. NorthwesternUniversity,Evanston,IL(MRSECREUprogram).“OdomGroupResearch:MakingPreciousMetalsmorePrecious,”April28,2012.

39. ResearchCorporationCottrellScholarsConference,Tucson,AZ.“TakingGraduateStudentTrainingSeriously,”July22-24,2010.

38. SymposiumonUndergraduateNano-Education:AddressingtheChallengesofNanoscaleScience&EngineeringEducation,SUNY-Albany,NY.August5-9,2009.

37. CurrentEventsClassofEvanston,Evanston,IL.“NanoandYou:EvaluatingthePromiseofNanotechnology,”May21,2009.

36. FiresideatSlivkaHall,NorthwesternUniversity,Evanston,IL.“NanotechnologyandColor,”May20,2009.

35. FNANO09,Snowbird,UT.“DesigningResearch-basedCoursesforUndergraduates,NanoscienceModulesforHighSchoolStudents,andHands-onActivitiesfortheDevelopingWorld,”April20-21,2009.

34. ScienceCaféattheWilmettePublicLibrary,Wilmette,IL.“TheColorfulNanoworld,”March11,2009.

33. UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“NanoscalePyramids:NewOpportunitiesforMultifunctionalNanomaterials,”February26,2009.

32. SurvivalSkillsProgram,Women’sCenter,NorthwesternUniversity,Evanston,IL.February25,2009.

31. 1stAlexandriaInternationalCongressonTissueEngineering,Alexandria,Egypt.“BenchtopNanoscaleExperiments,”February14-16,2009.

30. GlobalNanoscaleScienceandEngineeringEducation(NSEE)Workshop,Washington,DC.“Nanopatterning:PlasmonicsandtheNCLT,”November13,2008.

29. 2008ChicagoHumanitiesFestival:THINKINGBIG,Chicago,IL.November2,2008.28. CottrellScholarsSymposium,Tucson,AZ.July10-11,2008.27. ResearchExperienceforUndergraduatesandTeachersProgram,Evanston,IL“TheColorful

Nanoworld,”July9,2008.

26. ScienceResearchWorkshops,NorthwesternUniversity,Evanston,IL.“HowtoWriteUndergraduateResearchProposals,”February27,2008.

25. MuseumofScienceandIndustryandUniversityofChicago,Chicago,IL.“InnovationsinNanotechnology,”January26,2008.

24. AfricaMRS2007,DarEsSalaam,Tanzania.“NanoscalePatterningusingSoftLithography,”December10-15,2007.

23. SigmaXiLecture,UniversityofNorthernIowa,CedarFalls,IA.“TheColorfulNanoworld,”October9,2007.

22. UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“PlasmonicMetamaterials,”May17,2007.

21. ACSSpringMeeting,Chicago,IL.“NanotechnologyResearch-basedCoursesforFreshmenandSophomores,”March25,2007

20. ComptonLectureSeries,UniversityofChicago,Chicago,IL.“TheColorfulNanoworld,”October28,2006.

19. ChicagoScienceExpedition:Nanotechnology:ThinkingBigandBuildingSmall,HaroldWashingtonCollege,Chicago,IL.“TheColorfulNanoworld,”October5,2006.

18. NCLTProfessionalDevelopment,Evanston,IL.“IntroductiontoNanofabrication,”August8,2006.17. NSFSummerInstituteonMicroandNanodevices,Evanston,IL.“LargeScaleNEMSFabrication–

DirectedSelf-Assembly,”August7,2006.16. CottrellScholarsSymposium(keynotespeaker),Tucson,AZ.“DesigningResearch-basedCoursesat

theUndergraduateLevel,”July6,2006.15. ACSFallMeeting(NSFBroaderImpactsSymposium),Washington,DC.“ResearchExperiencefor

TeachersProgram,”August28-September1,2005.14. MaterialsWorldNetwork:Next10Years,Cancun,Mexico.“StrategySummaryforNextTenYears,”

August22,2005.

13. NanoscaleCenterforLearningandTeaching(NCLT)ProfessionalDevelopment,Evanston,IL.“IntroductiontoNanofabrication,”July22,2005.

12. ASMENanoBootcamp,Evanston,IL“NanowiresandNanoparticles,”June15,2005.11. ResearchExperienceforUndergraduates(REU)andRETProgram,Evanston,IL“Nanoscienceand

Nanotechnology:AnIntroduction,”June29,2005.

10. NSFSummerInstituteonNanoMechanicsandMaterials,Evanston,IL.“MethodsofNanoscaleSynthesisandCharacterization,”June20,2005.

9. 3rdInternationalWorkshoptoDevelopaGlobalNanotechnologyNetwork,Saarbrucken,Germany.“NanoscienceEducationandNanotechnologyatNorthwestern,”May25-27,2005.

8. UndergraduateChemistryCouncil,NorthwesternUniversity,Evanston,IL.“SynthesisandPatterningofNanomaterials,”April21,2005.

7. AmericanInstituteofChemicalEngineers(AIChE)ChicagoSection,Chicago,IL.“IntroductiontoNanotechnology:SynthesisandAssemblyofNanomaterials,”April20,2005.

6. ResearchExperienceforTeachers(RET)Program,Evanston,IL.“NanoscienceandNanotechnology:AnIntroduction,”June28,2004.

5. ASMENanoBootcamp,Evanston,IL“NanowiresandNanoparticles,”June14,2004.4. ACSSpringMeeting,LosAngeles,CA.“EducationalOutreachthroughtheCenterforIntegrated

NanopatterningandDetectionTechnologies,”March29,2004.3. LawrenceUniversity(KeynotespeakerforNanoscienceinEducation),Appleton,WI.“Researchand

EducationinNanoscaleScience,”March17,2004.2. NSFRETWorkshopforHighSchoolTeachers,IllinoisInstituteofTechnology,Chicago,IL.

“ResearchExperienceforTeachers,”September8,2003.1. AmericanSocietyofMechanicalEngineers(ASME)NanoBootcamp,Evanston,IL.“Nanowiresand

Nanoparticles,”July11,2003.

EducationalHands-onandOnlineVideoModules(selected)1. NSFMaterialsWorldModules(MWM)onNanopatterning:

http://www.materialsworldmodules.org/modules/nanopatterning.shtml

2. Unconventionalpatterningatthenanoscale(onlinelabmodule):http://community.nsee.us/index.php?option=com_content&view=article&id=330

3. Microcontactprintingandreplicamolding(onlinelabmodule):http://community.nsee.us/index.php?option=com_content&view=article&id=251aswellaspdfcopyofnotebook.

RECORDEDANDPOSTEDLECTURES1. Odom’steachinginnovationinfreshmen-designedvideosonnanoscience(December2016)is

highlightedbyDigitalLearningatNorthwestern.

2. PublicVoicesFellowship2014-20153. Frontiersinopticalmaterials(Japan-AmericanKavliFrontiersofScience2007,FrontiersinOptical

Materials)

4. Arewethereyet?Theroadtoatechnologybasedonnanoscience(German-AmericanKavliFrontiersofScience2009,Nanotechnology:DreamorReality?)

5. Nanolasersthesizeofvirusparticles(US-IsraelKavliFrontiersofScience2013,NanophotonicsandtheArtofInvisibility)

6. Nano-basicsforcliniciansandgoldnanostarsastinyhitchhikersforcancertherapeutics(InternationalInstituteofNanotechnology2013NanotechnologyBootCampforClinicians)

7. Odom’steachingintegratedawide-rangeoftechnologiesintofreshmenchemistry,includingLectureCapture,Clickers,DocumentCamera,andVoice-overWorkedProblems

OTHERPUBLICITY1. OurworkonevolutionarydesignoftitaniumnitridemetasurfaceswashighlightedinNanowerk.com

(Computationalandpatterningapproachestorealizemetasurfacesinnovelplasmonicmaterials)onJanuary27,2017.

2. OurworkonprogrammableplasmonswashighlightedinNanotechweb.org(Programmableplasmonmodescouldhelpmakeultrasensitivemolecularsensors)onDecember7,2016.

3. OurworkonprogrammableplasmonmodeswashighlightedinNanowerk.com(Programmableplasmonsbystrainengineering)onNovember29,2016.

4. OdomandspousearefeaturedinaNorthwesternCouplespodcast:asecond-chanceencounteronNovember2,2016.

5. OurworkonachromaticnanoparticlelenseswashighlightedinNanowerk.com(Ultra-thinachromaticlensesoptimizedbyanevolutionaryalgorithmonOctober28,2016.

6. OdomisfeaturedinWIAReportasoneoftenwomennamedasaFellowofACSin2016.

7. OurworkonhowsizeandshapeaffectthepropertiesofnanoparticlesishighlightedinChemistryWorldinAugust2016,Volume13,Issue8.

8. OdomreceivedaCottrellScholarsSEEDawardandelectionasanACSFellowwashighlightedintheAugust2016NorthwesternResearchNews.

9. OdomandMirkinarefeaturedinthecoverstoryofNorthwesternResearchMagazineforSpringandSummer2016.

10. OurcollaborativeworkwithWeiChenreceivedtheBestPaperAwardatthe42thASMEDesignAutomationConference:Yu,S.,Zhang,Y.,Wang,C.,Lee,W-K,Dong,B.,Sun,C.,Odom,T.,andChen,W.,“CharacterizationandDesignofFunctionalQuasi-RandomNanostructuredMaterialsusingSpectralDensityFunction”(2016).

11. OurworkonstretchablesuperhydrophobicitywashighlightedinNanowerk.com(Nanowrinklesarekeytostretchablesuperhydrophobicsurfaces)onMay5,2016.

12. Odomquotedinworkfocusedon“SeeingNanoparticlesin3DwithinAnimalTissues”frommedGadget,April29,2016.

13. OdomdiscussespromiseandpitfallsofnanoscienceaspartofanACSWhitePaperpublishedin2016.

14. Ourworkonhierarchical,sequentialwrinklingwasfeaturedinMRSMaterials360online.September24,2015.

15. OurworkonsequentialnanowrinklingwasfeaturedinScience,August21,2015andNanowerk.com(3Dnanopatterningwithmemory-based,sequentialwrinkling)

16. OdomdiscussedsignificanceofaWSe2monolayer-photoniccrystalcavitylaserwithGabrielSpitzerandKPLU(oneoftheNPRstationsinSeattle)onMarch25,2015.

17. OurworkonhowgoldnanostarscanenhancetherelaxivityofMRIcontrastagentswasawardedthecoverofACSNanoandwasfeaturedinnanowerk.com(NanoparticleshapecandrasticallyenhanceMRIsignals,March23,2015)aswellasnanotechweb.org(GoldnanostarsenhanceMRIsignal,March26,2015).

18. Ourworkonlatticeopto-materialswasfeaturedintheWomaninNanoscienceBlog(TeriOdom'snewalgorithmspeedsthediscoveryofnewmaterials,March19,2015).

19. Ourworkonlatticeopto-materialswashighlightedinFebruary2015MRSBulletin[volume40,p.103].

20. WewerefeaturedastheDecember2014profileforAWIS(AssociationforWomeninScience,Chicago).http://www.awis-chicago.org/community/scientist-of-the-month/december-2014-sotm-teri-odom

21. Ourworkonlatticeopto-materialsasultra-flatlensesishighlightedinMaterialsToday(Metalliclatticesoffernewapproachtosuperthinlenses,December3,2014)

22. Ourworkonlatticeopto-materialsthatcanfocuslightanywherein3Dishighlightedinnanotechweb.org(Onlythefittestlatticeopticswillsurvive,November13,2014)

23. OurworkonnanoparticleoligomersishighlightedasanACSNanoAugust2014podcast.MystudentAnkunYangconductstheinterviewwiththemanagingeditorofACSNano.

24. Ourworkondesigningnewtypesofhydrogensensorsbasedonnanoparticleoligomersishighlightedinnanotechweb.org.(Nanoparticleoligomersdetecthydrogen,July11,2014)

25. Ourreceiptofthe2014IPMICarolTylerawardisposted:www.youtube.com/watch?v=eM7aN_JQX8g

26. OurworkondeliveryofgoldnanostarconstructstothenucleusismentionedinCNN.http://www.cnn.com/interactive/2014/04/health/the-cnn-10-healing-the-future/(story2).

27. Ourworkonhighdrugloadingongoldnanostarsincreasingefficacywashighlightedinnanotechweb.org(Loadednanostarskillcancercells,April16,2014)andnanowerk.com(Anovelapproachtodesigningdrug-loadednanoconstructs,April9,2014)

28. Ourworkonlatticeplasmonlasersbasedonarraysofplasmonicnanoparticleswashighlightedinnanotechweb.org(Latticeplasmonshelpmakefornewnanolaser)

29. Ourworkonnanolasersbasedon3DbowtiesishighlightedinDiscoverMagazine(June2013)

30. Ourworkonthedeliveryofdrugstothecancernucleususingdrug-loadedgoldnanostars(“tinyhitchhikers”)washighlightedinnumerousmediaoutlets,includingChemical&EngineeringNews(2April2012,90,25)andNorthwesternUniversityNews(TinyHitchhikersAttackCancerCells:GoldNanostarsFirsttoDeliverDrugDirectlytoCancerCellNucleus).Distinctotherpressincludes:FierceDrugDelivery(HitchhikingGoldNanostarsCanSneakintoCancerCells),Gizmag(Goldnanostarsdeliverdrugsdirectlytocancercellnucleus),UPI(Drugsenttoacancercell'snucleus),MedicalNewsToday(NanostarsDeliverCancerDrugsDirectToNucleus),AZONano(Drug-LoadedGoldNanostarsHitchhikeintoCancerCellNucleus),Futurity(Goldnanostarshitcharidetoattackcancer),PhysOrg(Tinyhitchhikersattackcancercells:Goldnanostarsfirsttodeliverdrugdirectlytocancercellnucleus),TGDaily(Thesenanoparticlesattackcancercells),Nanowerk.com(Goldnanostarsfirsttodeliverdrugdirectlytocancercellnucleus)andGizmodo.

31. Ourworkonfabricatingmoirénanolatticeswashighlightedinnanotechweb.org(Nanofabricationreachesnewcomplexity,12September2012).

32. Ourworkonplasmonicnanostructures—bothfabricationandsynthesiswork—washighlightedinChemistryWorld(PlasmonswithaPurpose,2August2012)

33. Ouropinionandreviewonprintablecolorwashighlightedinmultiplemediaoutlets:DiscoveryNews(NanoprinterAchievesInsaneResolution,13August2012),ScientificAmerican(HighestPossibleResolutionColorImagesAchieved,13August2012),NBCNews.com(Bestpossiblehigh-resprintingachieved,Bestpossiblehigh-resprintingachieved,14August2012)

34. OurworkonliquidmetalplasmonicswashighlightedinRSC.org(Liquidgalliumlightsup,August,8,2012)

35. Ourworkontheaptamer-nanostardrugdeliverysystemcontinuestoreceivepressmonthsafterthepaperwasaccepted:PharmaceuticalTechnology(Nanotechnology:istheelusivecureforcancerinsight?14June2012),NanotechnologyNow(DeliveringNanoparticlestotheCellNucleus,14May2012),NationalCancerInstitute(DeliveringNanoparticlestotheCellNucleus)

36. Ourinventionofsolidstatephotolithography(SSP)washighlightedinNanowerk.comandinanSPIENewsroomarticle(DOI:10.1117/2.1201202.004132)

37. OurworkonstronglycouplednanoparticlearraysanddarkplasmonswashighlightedinMRSMaterials360intheJune2011,Volume11,Issue11.

38. Oneof60womeninchemistryselectedtodescribein60secondstoday’smajorissuesandopportunitiesfacingwomeninchemistryandthesciencesfortheInternationalyearofChemistry,http://www.futurewecreate.com/women/

39. ProgrammablesoftlithographybasedonSolvent-AssistedNanoscaleEmbossing(SANE)workwashighlightedinnumerousmediaoutlets,includingChemical&EngineeringNews,NSFNewsfromtheField,andNorthwesternUniversity(aslistedinpublicationssection).Distinctotherpressincludes:PhysicsWorld,nanowerk.com,LaboratoryEquipment(ScientistoftheWeek),R&DMagazine,ScienceDaily,Physorg.com,Futurity.org(Nanopatternsonthecheap)

40. OurworkonnanopyramidsandtheirapplicationincancerresearchwasfeaturedonthecoveroftheNationalNanotechnologyInitiative(NNI)SupplementtothePresident’sFY2011Budget.http://nano.gov/

41. OurworkinresearchandteachingishighlightedbytheResearchCorporation

42. NCLTPressReleaseHighlightonourNanobiotechnologyandMaterialsWorkshopinAlexandria,Egypt.

43. NanopatterningworkshopinAfricahighlightedinAdv.Mater.20,1(2008)

44. SoftInterferenceLithography(SIL)workhighlightedinnumerousmediaoutlets,includingNSFPressRelease,NatureNanotech,andScience(aslistedinpublicationssection).Others,including:ScienceDaily,Physorg.com,NanotechnologyNow,SemiconductorInternational,Nanotechwire.com,NaniteNews.com,ZDnet.com,DailyScienceNews(NanomaterialswithaBrightFuture),PopularMechanics

45. Tipsforwritingajournalarticle,C&ENews,August13,2007,volume85,pages46-49.

46. “ScienceasArt”FirstPlaceWinnerattheMRSSpring2007Meeting

47. NCLTPressReleaseHighlightonourworkwithNewTrierHighSchoolteachersandbenchtopnanoscalepatterning

48. PyramidpictureselectedaspartoftheNanostructureFabricationGordonResearchConference2006FlyerandT-shirt

49. OdomInterviewbyForesightInstitute:WhyCareaboutNanotechnology?

50. OdomInterviewonNationalPublicRadioEarth&Sky:Nanopatterning

51. WeblogontalkattheForesightConferenceonNanotechnology

52. WorkonimagingphotocurrentinCdSnanowiresphotodetectorshighlightedinPhotonicsSpectra,September2005,p.106.

53. NanocrystalsinnanowellsworkhighlightedinNatureMaterials

54. NanopictureoftheDay:July2004

55. BeatingtheOddsarticleinChronicleofHigherEducationonOdombeingofferedafacultypositionwhilestillagraduatestudent

PEER-REVIEWANDRELATEDACTIVITIESJournalReviewer1. AccountsofChemicalResearch2. ACSAppliedMaterialsandInterfaces3. ACSNano4. ActaBiomaterialia5. AdvancedFunctionalMaterials6. AdvancedMaterials7. AdvancedMaterialsInterfaces8. AdvancedOpticalMaterials9. AngewandteChemieInternationalEdition10. AppliedPhysicsLetters11. ChemicalCommunications12. ChemicalScience13. ChemistryofMaterials14. ChemPhysChem15. ChemicalPhysicsLetters16. CrystalGrowthandDesign17. EuropeanJournalofInorganicChemistry18. IEEEProceedings

19. IEEETransactionsinNanotechnology20. InternationalJournalofNanotechnology21. InternationalNetworkforEngineeringEducationandResearch(iNEER)22. JournaloftheAmericanChemicalSociety23. JournalofChemicalEducation24. JournalofMaterialsChemistry25. JournalofMaterialsResearch26. JournalofNanoengineeringandNanosystems27. JournalofNanophotonics28. JournalofOptics29. JournalofPhysicalChemistryB30. JournalofPhysicalChemistryC31. JournalofPhysicalChemistryLetters32. JournalofRamanSpectroscopy33. JournalofSolidStateChemistry34. JournalofVacuumScienceandTechnologyB35. Langmuir36. LaserandPhotonicsReviews37. MaterialsResearchBulletin38. MaterialsScienceandEngineeringB39. MicroNanoLetters40. MaterialsToday41. NanoLetters42. Nanomedicine43. Nanoscale44. NanoResearch45. Nanotechnology46. Nature47. NatureCommunications48. NatureMaterials49. NatureNanotechnology50. NaturePhotonics51. OpticsLetters52. OpticsExpress53. OrganicElectronics54. PhysicaE55. PhysicalChemistryChemicalPhysics56. PhysicalReviewB57. ProceedingsoftheNationalAcademyofSciences58. RecentPatentsinAnti-cancerTherapy59. Science60. ScientificReports61. Small62. Talanta63. ThinSolidFilms

ProposalReviewer1. NIHEnablingBioanalyticalandImagingTechnologies(EBIT)Chair(2016–current)2. NIHEBITStandingMember(2012–2016)3. Co-ChairEBITOctober20144. ChairEBITspecialemphasispanelonmicroscopyandimaging(June2015)5. AmericanChemicalSociety(ACS)-PetroleumResearchFund(PRF)G6. ACS-PRFAC7. NSF:AnalyticalandSurfaceChemistry8. NSF:ExperimentalPhysicalChemistry9. NSF:SolidStateandMaterialsChemistry(CAREER)10. NSF:Molecular,Supra,andNanochemistry(CAREER)11. NSF:DivisionofMaterialsResearch(individualPIandMRSECproposals)12. NSF:DivisionofMaterialsResearchElectronicandPhotonicMaterialsPanel13. NSF:DivisionofMaterialsResearchMRSECPanel14. NSF:DivisionofMaterialsResearchCAREERPanel15. NSF:CollaborativeResearchCentersinChemistry16. NSF:ResearchExperienceforUndergraduates(REU)Panel17. NSF:HierarchicalNanomanufacturingNIRTPanel18. NSF:AnalyticalandSurfaceChemistryCAREERPanel19. NSF:NanoManufacturingCAREERPanel20. U.S.CivilianandResearchDevelopmentFoundation(CDRF)21. ResearchCorporation:CottrellScholarsProgram22. ResearchCorporation:CottrellCollegeProgram23. DepartmentofEnergy24. CenterforMaterialsInnovation(CMI)atUniversityofWashington25. NationalScienceEngineeringResearchCanada(NSERC):Inter-AmericanCollaborationinMaterials26. EuropeanResearchCouncil27. GordonResearchConferences28. Stanford/GlobalClimateandEnergyProject(GCEP)29. ResearchCorporation’sScialogProgram30. Consolider-Ingenio2010Programme(SpanishGovernment)BookReviewerBridgingtheMicro-NanoInterfaceforthejournalSmall

PROFESSIONALAFFILIATIONSANDSERVICEMember:AmericanChemicalSociety(ACS),AmericanVacuumSociety(AVS),MaterialsResearchSociety(MRS),OpticalSocietyofAmerican(OSA)

SessionChair1. SPP7,2015:“PlasmonicSpectralandSpatialBeamShaping”2. NFO-13,2014:“NanogapsandHotSpots”3. SPIEOpticsandPhotonics,2013:“NanoplasmonicResonances”4. AMN-6Meeting,2013:“NanoscaleSystems”5. ACSFallMeeting,2012:“InorganicNanoscienceAwardtoDanielR.Gamelin”

6. ACSFallMeeting,2012:“Synthesis,Spectroscopy,TheoryandApplicationsofNanocrystalsandNanowires”

7. YamadaConferenceLXVI,2012:“Nanostructure-EnhancedPhoto-energyConversion”8. EuropeanMaterialsResearchSociety(E-MRS),2012:“OpticalNanoantennas”9. META12,2012:“Large-areaNanofabricationforPlasmonicsandPhotonics”10. EUROPT(R)ODEX,2010:“NanostructuresforSensing”11. Indo-USMeeting,2009:“AdvancedMaterialsResearch”12. MRSSpringMeeting,2009:“SessionY7:FunctionalNanostructureFabrication”13. NCIAllianceforNanotechnologyinCancerInvestigatorsMeeting,2008:Posterjudge14. SPIEOpticsandPhotonics,2008:“Session6:Nanosensing”15. IINSymposium,NorthwesternUniversity,2007:“SessionIII:Nanodevices”16. Japan-AmericanKavliFrontiersofScience(FOS)Symposium,2007:“FrontiersinOpticalMaterials”17. ASMENanoBootcamp,2005:“SynthesisandDevices”18. German-AmericanFrontiersofChemistryMeeting,2005:“Photonics”19. ACSSpringMeeting,2005:“NanocrystalSynthesis”20. ACS35thGreaterLakes,2003:“Nanotechnology”21. APSMarchMeeting,2001:“CarbonNanotubes”

SymposiumOrganizer1. ViceCo-ChairofnewGordonResearchConferenceon“LasersinMicro,Nano&BioSystems,”2018.2. SPIE2017CommitteeMember,QuantumNanophotonics.3. Near-fieldOptics(NFO-14),InternationalProgramCommittee,Hamamatsu,Japan,September4-8,

2016.4. AmericanPhysicalSociety(APS),“PlasmonicsandBeyond,”March14-18,2016.5. Near-fieldOptics(NFO-13),Snowbird,Utah.August31-September4,2014.6. ACSFall2012Meeting,ACSInorganicNanoscienceAwardSymposium,Philadelphia,PA,August21,

2012.7. MemberofTopicalProgramCommittee,Meta12,Paris,France,April19-22,2012.8. ChairfornewGordonResearchConferenceon“NobleMetalNanoparticles,”June20-25,2010.9. MemberofProgramCommitteeforNanophotonicsTopicalSub-CommitteefortheIEEEPhotonics

Society2009,Belek-AntalyaTurkey.October4-8,2009.10. MemberofProgramCommitteeforSurfacePlasmonPolariton(SPP)-4Meeting,Amsterdam,

Netherlands,2009.11. ChairforInternationalInstituteofNanotechnology(IIN)Symposium,Evanston,IL,November20,2008.12. NSF-MEXT(US-Japan)YoungResearchersExchangeProgram,Japan.October4-12,2008.13. NSF-MEXT(US-Japan)YoungResearchersExchangeProgram,Evanston,IL,March11-12,2008.14. ACSFall2006Meeting,ExxonMobilSolidStateChemistrySymposium,SanFrancisco,CA,September12,

TEACHINGANDADVISINGAreasofTeachingPhysical(quantum)chemistry,nanotechnologyandnanopatterning,materialschemistry,generalchemistry

CoursesWinter2017 CHEM105:FreshmanSeminar UndergradWinter2017 CHEM102:GeneralChemistry Undergrad

Winter2016 CHEM105:FreshmanSeminar UndergradWinter2016 CHEM102:GeneralChemistry UndergradWinter2015 CHEM105:FreshmanSeminar UndergradWinter2015 CHEM102:GeneralChemistry UndergradWinter2014 CHEM105:FreshmanSeminar UndergradWinter2014 CHEM102:GeneralChemistry UndergradSpring2013 CHEM360:Nanopatterning Undergrad/GraduateWinter2011 CHEM102:GeneralChemistry(*) UndergradWinter2011 CHEM360:Nanopatterning Undergrad/GraduateWinter2010 CHEM102:GeneralChemistry UndergradWinter2010 CHEM360:Nanopatterning Undergrad/GraduateWinter2009 CHEM102:GeneralChemistry UndergradWinter2009 CHEM250-1:Nanopatterning UndergradWinter2008 CHEM445:OpticalMaterialsandNanophotonics GraduateWinter2008 CHEM250-1:SophomoreSeminarinNanopatterning UndergradSpring2007 CHEM445:OpticalMaterialsandNanophotonics GraduateWinter2007 CHEM250-1:Nanopatterning UndergradSpring2006 CHEM250-2:SophomoreSeminarinNanopatterning UndergradWinter2006 CHEM250-1:SophomoreSeminarinNanopatterning UndergradWinter2006 CHEM442-2:AdvancedQuantumII GraduateWinter2005 CHEM442-2:AdvancedQuantumII GraduateSpring2004 GEN-LA395-21:NanoscalePatterningandSystems UndergradSpring2004 CHEM445:ScienceandTechnologyattheNanoscale Graduate/UndergradWinter2004 CHEM442-2:AdvancedQuantum GraduateSpring2003 CHEM445:ScienceandTechnologyattheNanoscale Graduate/UndergradWinter2003 CHEM442-2:AdvancedQuantumII Graduate

(*)=SuperTAOlgaKaragiaridiwonanOutstandingGraduateStudentTeachingAwardfromWeinbergCollegeofArtsandSciences

CurriculumDevelopment1. CHEM105(Winter2017),NUIThighlightedinnovationsinmyfreshmanseminaroncreating

nanoscienceexperts

2. CHEM105(Winter2014),afreshmanseminarfocusedonTheHopeandHypeofNanotechnology,hadastheirfinalprojecttoconstructavideodescribingaconceptinnanoscience.StudentJoshuaKimandteammadeaterrificYouTubevideocalled“WhatColorisGold?”

3. CHEM102(Winter2010)integratedseveralaspectsoftechnologyintofreshmenchemistry,includingLectureCapture,Clickers,DocumentCamera,andVoice-overWorkedProblems(ProfCast).Avideoshowingtheuseofthetechnologyplusstudentinterviewscanbefoundhere.AspectswerealsohighlightedinanewsletterbyNorthwesternUniversity’sInformationTechnology(NUIT).

4. CHEM250wasfundedbyanNSF-NanotechnologyinUndergraduateEducationAward.Thisresearch-basedcoursewastwoquartersanddesignedforfreshmanandsophomores.Video-labmodulesweredevelopedandcanbefoundat:http://www.nanoed.org/courses/nano_experiments_menu.html.

5. GEN-LA395-21wasdevelopedinresponsetoacallfromtheDeanofWCAStodesignJuniorSeminars.Ourswasoneofthreeselectedfortheinauguralyear,andtheonlyscienceone.Thislab-basedcourseinnanotechnologyhadsophomoresandjuniorsfromchemistry,biology,English,andmaterialsscience.

6. CHEM445wasdesignedforadvancedundergraduatesandgraduatestudentsandhadinstrumentationtrainingsostudentscouldobtaintrainingonsophisticatednanoscaleinstrumentation.AHewlettAwardforInnovationsinUndergraduateTeachingwasusedtofundthesenano-trainingactivities.

7. OthercoursesbenefitedfromtheseminarsandworkshopsattendedasaSearleFellow(2004)aspartoftheSearleCenterforExcellenceinTeaching.

8. IhavecontributedtwochapterstodifferentbooksinNanoscaleEducationonthedesignofresearch-basedcoursesinnanotechnology.

UndergraduateStudentsAdvisedinResearch1. ChristianJacobson(WCAS,2016) Ph.D.program,RiceUniversity(2016)2. StephanieWerner(WCAS,2016) Ph.D.program,UWisconsin(2016)3. AliceOu (McC,2014)4. RaymondLee (WCAS,2014) Applyingtomedicalschool5. HopeCaughron (McC,2014) Medicalschool6. RuilongMa (McC,2013) Ph.D.program,GeorgiaTech7. KelseyStoerzinger (McC,2010) ChurchillFellowshipinCambridge,England(2010)

Ph.D.program,MIT(2011)8. MattChia (WCAS,2009) Applyingtomedicalschool9. TomMcDonald (WCAS,2007) Ph.D.program,UCBerkeley10. NumrinThaitrong (WCAS,2006) Ph.D.program,UCBerkeley11. ScottPrice (WCAS,2006) Ph.D.program,UCSantaBarbara12. LauraHughes (WCAS,2006) Ph.D.program,StanfordUniversity13. JeffreyWille (WCAS,2004) ForensicsMaster’sProgram,UIC

UndergraduateStudentAwardsHopeCaughron

UndergraduateResearchSumerGrant,NorthwesternUniversity(2013)

MattChiaNSECREUAcademicYearProgram(2008)

LauraHughesNSFPredoctoralFellowship(2007)GatesCambridgeScholar(2006)SarrettAward,NorthwesternUniversity(2005)MathCADAward,NorthwesternUniversity(2005)BarryA.GoldwaterFellowship(2005)UndergraduateResearchGrant,NorthwesternUniversity(2004)

RaymondLeeUndergraduateResearchSummerGrant,NorthwesternUniversity(2013)

RuilongMaISENUndergraduateResearchFellowship(2010)NSECREUAcademicYearProgram(2010)

ScottPriceUndergraduateResearchSummerGrant,NorthwesternUniversity(2005)

UndergraduateResearchGrant,NorthwesternUniversity(2004)KelseyStoerzinger

DOEPredoctoralFellowship(2011)NSFPredoctoralFellowship(2011)ChurchillFellowship(2010)UniversityGuildScholarship(2009)ASMChicagoRegionalCarlSamansAward(2009)SocietyofWomenEngineersCaterpillarScholarship(2008)ASMMaterialsEducationFoundationOutstandingScholarAward(2008)MRSECREUAcademicYearProgram(2008)

NumrinThaitrongUndergraduateResearchSummerGrant(2005)

ThomasMcDonaldREUSolidStateChemistryFellowship(2006)

ChristianJacobsonUndergraduateResearchSummerGrant,NorthwesternUniversity(2013)DAADRiseFellowship(2014)

M.S.Students1.PhoebeLi December2009 ChemicalEngineering2.DavidKarlin August2014 Chemistry

Ph.D.Students1. KaylaCulver June2017 TBD2. AlexHryn December2016 ResearchScientist,Intel3. AnkunYang June2016 PostdoctoralFellow,StanfordUniversity4. CliffEngel July2015 ResearchScientist,Intel5. YiHua June2015 ResearchScientist,Intel6. MarkHuntington January2015 McKinseyandCompany7. DuncanDam December2014 PostdoctoralFellow,NorthwesternUniversity8. StevenLubin December2013 ResearchScientist,Intel9. JuliaLin December2012 ResearchScientist,Intel10. WeiZhou December2012 AssistantProfessor,VirginiaTech11. EunahYou June2012 ResearchScientist,KRISS12. ChristinaSweeney June2011 ResearchScientist,Intel13. MinHyungLee June2010 AssistantProfessor,KyungHeeUniversity,Korea14. WareftaHasan December2009 AuraSense,Chicago,IL15. HanweiGao June2009 AssistantProfessor,FloridaStateUniversity16. ChristopherStender December2008 MicroLinkDevices,Chicago,IL17. JeremyBarton June2008 PostdoctoralFellow,UCBerkeley18. JoelHenzie December2007 MANA-NIMSStaff,Tokyo,Japan19. YelizavetaBabayan December2007 ResearchScientist,EliLily

Ph.D.Candidates1. PriscillaChoo (Ph.D.expected2021)

2. JunGuo (Ph.D.expected2021)3. LucyLee (Ph.D.expected2021)4. NicWatkins (Ph.D.expected2021)5. ThaddeusReese (Ph.D.expected2020)6. EmmaCoughlin (Ph.D.expected2019)7. TimothyFeliciano (Ph.D.expected2019)8. RanLi (Ph.D.expected2019)9. DongjoonRhee (Ph.D.expected2019)10. TingtingLiu (Ph.D.expected2019)11. JingtianHu (Ph.D.expected2018)12. Won-KyuLee (Ph.D.expected2018)13. DanqingWang (Ph.D.expected2018)14. KavitaChandra (Ph.D.expected2017)15. MichaelKnudson (Ph.D.expected2017)16. WeijiaWang (Ph.D.expected2017)

GraduateStudentAwardsYelizavetaBabayan

FirstplaceposterprizeatIndustrialAssociatesmeeting(2007)JeremyBarton

NSECFellow(2005)NSECFellow(2004)NSECFellow(2003)

KavitaChandraBiotechnologyClusterFellow(2013)HierarchicalMaterialsClusterProgramFellow(2013)

KaylaCulverNDSEGGraduateFellowship(2012)NSFGraduateFellowship,HonorableMention(2012)BiotechnologyClusterFellow(2011)NSFGraduateFellowship,HonorableMention(2011)

DuncanDamMalkinScholarAward(2012)HierarchicalMaterialsClusterProgramFellow(2010)

CliffEngelNorthwesternRyanFellowship(2012)NSFGraduateFellowship,HonorableMention(2012)HierarchicalMaterialsClusterProgramFellow(2011)NSFGraduateFellowship,HonorableMention(2011)

AlexHrynNDSEGGraduateFellowship(2012)HierarchicalMaterialsClusterProgramFellow(2011)NSFGraduateFellowship,HonorableMention(2011)

HanweiGao

MRSECFellow(2007)LinkFoundationFellowship(HonorableMention,2007)

JoelHenzieAwardforDistinctioninGraduateResearch,thesisprize(2008)Firstprizein“ScienceasArt”competitionatSpring2007MRSMeetingSelectedasoneof50U.S.-participantsinNobelLaureatesmeetinginLindau,Germany(2006)MRSECFellow(2006)MRSECFellow(2005)SuchanskiPrize(2005)

MarkHuntingtonNorthwesternPresidentialFellowship(2013)DowSustainabilityChallenge,FirstPlace(2011)NDSEGFellowship(2010)NorthwesternRyanFellow(2010)

MichaelKnudsonNDSEGGraduateFellowship(2014)HierarchicalMaterialsClusterProgramFellow(2013)

Won-KyuLeeMRSGraduateStudentSilverMedal(2017)InternationalInstituteofNanotechnology(IIN)ResearchAward(2016)NorthwesternRyanFellow(2016)BestPaperAward,42thASMEDesignAutomationConference,forpaperYu,S.,Zhang,Y.,Wang,C.,Lee,W-K,Dong,B.,Sun,C.,Odom,T.,andChen,W.,“CharacterizationandDesignofFunctionalQuasi-RandomNanostructuredMaterialsusingSpectralDensityFunction”(2016)

MinHyungLeeOutstandingNSECResearchAward(2007)NSECFellow(2006)

JuliaLinInstituteofInternationalNanotechnology(IIN)ResearchAward(2010)NSECFellow(2010)NSECFellow(2009)NSECFellow(2008)

StevenLubinHierarchicalMaterialsClusterProgramFellow(2009)

AnkunYangChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2016)MRSGraduateStudentSilverMedal(2015)InstituteofInternationalNanotechnology(IIN)ResearchAward(2015)IPMIStudentAward,HonorableMention(2014)MRSECFellow(2013)ChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2016)

WeiZhouChineseGovernmentAwardforOutstandingStudentsAbroadbytheChinaScholarshipCouncil(2012)

InstituteofInternationalNanotechnology(IIN)ResearchAward(2011)MRSECFellow(2011)MRSECFellow(2010)NorthwesternRyanFellow(2009)MRSECFellow(2009)MRSECFellow(2008)

Ph.D.CandidateCommittees1. Myong-HanYoon(qualifyingexam,researchproposal,thesisdefense,T.J.Marks)2. XiayouZhang(qualifyingexam,researchproposal,thesisdefense,R.P.VanDuyne)3. ShuJin(qualifyingexam,researchproposal,thesisdefense,T.J.Marks)4. BrooksJones(qualifyingexam,M.Wasielewski)5. MattKern(qualifyingexam,T.J.Marks)6. LoriFangLiu(qualifyingexam,J.T.Hupp)7. JingZhao(qualifyingexam,R.P.VanDuyne)8. ErinHicks(qualifyingexam,R.P.VanDuyne)9. MattRussell(qualifyingexam,researchproposal,T.J.Marks)10. AlexMartinson(qualifyingexam,researchproposal,J.T.Hupp)11. AlexHains(qualifyingexam,researchproposal,T.J.Marks)12. CanXiu(qualifyingexam,C.A.Mirkin)13. HyukJinChoi(qualifyingexam,T.J.Marks)14. JoshuaMiddendorf(qualifyingexam,G.C.Schatz)15. Jae-sungLee(qualifyingexam,researchproposal,C.A.Mirkin)16. AdamPelzer(qualifyingexam,researchproposal,T.Seideman)17. GraceYin(qualifyingexam,researchproposal,F.M.Geiger)18. JessicaLensch–MaterialsScience(qualifyingexam,thesisdefense,L.Lauhon)19. AriAtkinson(qualifyingexam,C.M.Mirkin)20. PatrickHayes(qualifyingexam,F.M.Geiger)21. ChoogikKim(qualifyingexam,T.J.Marks)22. JeffMcMahon(qualifyingexam,researchproposal,thesisdefense,G.C.Schatz)23. DanielBailey(qualifyingexam,S.I.Stupp)24. AlexanderGreen–MaterialsScience(qualifyingexam,M.Hersam)25. RichardAhn(qualifyingexam,T.O’Halloran)26. MatthewBanholzer(qualifyingexam,C.A.Mirkin)27. AndrewSensei(qualifyingexam,researchproposal,C.A.Mirkin)28. Myung-GilKim(qualifyingexam,researchproposal,T.Marks)29. KenEvereats(qualifyingexam,T.Marks)30. KaylieYoung(qualifyingexam,C.A.Mirkin)31. TravisGras(researchproposal,thesisdefense,F.Stoddart)32. LaurenKreno(qualifyingexam,R.P.VanDuyne)33. FelixAmankona-Diawuo(qualifyingexam,T.Seideman)34. SiChen(thesisdefense,ChalmersUniversity,24May2013,M.Kall)

OtherActivitiesInvolvingUndergraduates1. AdvisorintheCenterREUsummerprograms(NSEC,MRSEC,PSOC)since2004

MeredithHartley(MRSEC2013)

RuilongMa(ISEN2010)MelissaRangel(MRSEC2010)JonathanLeibowitz(PSOC2010)NicoleSanchez(NSEC2010)AlexRobles(NSECREU2009)LeslieWalker(MRSECREU2008)MattChia(NSECREU2008)DeborahWang(MRSECREU2007)WilfredoSifuentes(NSECREU2007)SamNyok(CalvinCollege,NSECREU2006)LisaBrown(LouisianaStateUniversity,MRSECREU2006)LauraHughes(NorthwesternUniversity,NSECREU2005)JenniferWang(RiceUniversity,NSECREU2004)

2. ParticipantintheNSFNUEPeerEvaluationCollaborativeSUNYBinghamptom,NY(July2004)

OUTREACHTOPUBLICPublicLecturesinChicagoandotherUSCities1. NorthwesternWeWillCampaign,LosAngeles,CA.“MakingPreciousMetalsMorePrecious,”February

20,2016.

2. CurrentEventsClassofEvanston,Evanston,IL.“NanoandYou:EvaluatingthePromiseofNanotechnology,”May21,2009.

3. ScienceCaféattheWilmettePublicLibrary,Wilmette,IL.March11,2009.

4. 2008ChicagoHumanitiesFestival:THINKINGBIG,Chicago,IL.November2,2008.

5. MuseumofScienceandIndustryandUniversityofChicago,Chicago,IL.“InnovationsinNanotechnology,”January26,2008.

6. ComptonLectureSeries,UniversityofChicago,Chicago,IL.“TheColorfulNanoworld,”October28,2006.

7. ChicagoScienceExpedition:Nanotechnology:ThinkingBigandBuildingSmall,HaroldWashingtonCollege,Chicago,IL.“TheColorfulNanoworld,”October5,2006.

ResearchExperienceforTeachers(RET)ProgramProgramDirectorforRETProgramforNSEC,2003,2004,2005ProgramDirectorforRETProgramforMRSEC,2003

HighSchoolTeachersandStudentsEveryyearsince2004,ahighschoolteacher(previouslyanRETparticipant)andhisstudentsfromNewTrierHighSchoolvisitthelabforahalfdaysymposium.ThisfieldtripconsistsofpresentationsfrommygraduatestudentsaswellastoursofourlabandthefacilitiesinCookHall.In2006,wetestedsomeofourbenchtopnanoscaleexperimentswiththehighschoolstudents.Wehavehostedstudentseveryyearsince2007,wherewecontinuetotestbenchtopnanoscaleexperimentswithhighschoolteachersfromNewTrier.

TutorialsandWorkshopsforScientistsandEngineers

Everyyearsince2003,IhavegiventutorialsonthesynthesisandassemblyofnanowiresandnanotubesthroughtheASMENanoBootcampprogram.IhavealsobeeninvitedtogivetutorialsonthesynthesisandcharacterizationofnanostructuresandnanofabricationaspartoftheNSFSummerInstituteatNorthwesternin2005and2006.Seminarson“IntroductiontoNanofabrication”arealsopresentedtohighschoolteachersandREUstudentsaspartofmyparticipationintheNCLTin2005and2006.

DEPARTMENT,UNIVERSITY,NATIONALANDINTERNATIONALSERVICEDepartmentalService2016-2017 (Chair)FacultySearchCommittee,Chemistry2016-current MemberofStrategicHiringPlanCommittee,Chemistry2015-current AssociateChair,Chemistry2015 (Chair)FacultySearchCommittee,Chemistry2014 EdmundW.GelewitzAwardInterviewCommittee2013-2016 FacultySenateRepresentative,Chemistry2013-2014 MemberofFacultySearchCommitteeforMaterialsScienceandEngineering2012-2014 JuniorFacultyMentoringCommittee2010-2012 VisionCommittee2010-2011 (Chair)JuniorFacultyMentoringCommittee2009-2010 JuniorFacultySearchCommittee2008-2011 (Chair)PhysicalChemistryDivision2007-2009 ChemicalDiversityCommittee2006-2007 FacultySearchCommittee2004-2006 ColloquiumandSeminarCommittee2004-2006 ExecutiveCommittee2003-2004 (Chair)GraduateStudentAdvisingCommittee2003-2005 (Chair)WebpageCommittee2003-2004 PhysicalChemistryWinterQuarterSeminarOrganizer2003 FinanceCommittee2003 StockroomCommittee2002-2005 GraduateAdmissionsCommittee2002-2003 DepartmentalFallPicnicCommittee

CollegeService2007-2009 WCASCurriculumCommittee(appointedbyDean’soffice)2007 AdhocCommitteeforTenureReview(appointedbyDean’soffice)

UniversityService2016-current AssociateDirector,InternationalInstituteofNanotechnology(IIN)2016-2017 (Chair)FacultySearchCommittee,IIN2016 AdhocmemberforLimitedSubmissionsforPackardFellowship2015-current ProvostInitiativeonSupportforFacultyExcellence,AdvisoryCommitteeMember2015-current AmericanCancerSocietyInstitutionalResearchGrantReviewCommittee2015-current BiotechnologyTrainingProgram(BTP)ExecutiveCommittee2015 AdhocmemberforLimitedSubmissionsforPackardFellowship2014 MemberofWeinbergCollegeDeanSearchCommittee2014 MemberofSeniorVicePresident(SVP)SearchCommittee

2014 OfficeofResearchIntegrityInvestigationCommitteeMember2014 AdhocmemberforLimitedSubmissionsforPackardFellowship2014-2016 MemberofNUMicro/nanofabricationFacilityOversightCommittee2013-2016 MemberofChicagoCollaborationforWomeninSTEM2013 AdhocmemberforLimitedSubmissionsforPackardFellowship2013 AdhocmemberforLimitedSubmissionsNSFScalableNanomanufacturingProposal2012 AdhocmemberforLimitedSubmissionsforPackardFellowship2011-2013 NUMicro/nanofabricationFacilityOversightCommittee(Chair)2011 AdhocmemberforLimitedSubmissionsforPackardFellowship2010 (Co-Chair)AreasofDistinctionCommittee,StrategicPlanningforUniversity

(appointedbyProvost’soffice)2010-2011 CookMicrofabricationFacilityFacultyOversightCommittee2010-2011 NUFABFacilityFacultyOversightCommittee2010 AdhocmemberforLimitedSubmissionsforPackardFellowship2010-current RyanFellowshipSelectionCommittee2009 AdhocmemberforLimitedSubmissionsMajorResearchInstrumentation2006-2009 LimitedSubmissionsCommittee(appointedbyVPR)2006-current MRSECSharedFacilitiesCommittee2006 AdhocmemberforLimitedSubmissionsCommitteeforPackardFellowship2006-2007 MicrofabricationandNanofabricationCommittee(appointedbyVPR)2005-current Keck-IIFacilityFacultyUserCommittee

NationalService2017 HHMIProfessorsReviewer2016 NSFChemistryCommitteeofVisitors(COV),Member2016 TREEResearchCorporationAwardSelectionCommittee,Member2016-current (Chair)NIHEBITStudySection2015-current (Chair)MRSInnovationinOutstandingYoungInvestigatorSubcommittee2014 NSFGranteesNanoMeeting,co-organizer2012-2016 NIHEBITStudySection,StandingMember2012-2015 ACSGraduateEducationAdvisoryBoard(GEAB)2012 ACSPostdoc-to-FacultyAdvisoratACSFall2012Meeting2012 ACSDivisionofInorganicChemistry(DIC)NanoscienceSubdivisionChair2012 ACSDICYoungInvestigatorAwardCommitteeMember2012 CottrellScholarCollaborativeNewFacultyWorkshopMentor2011-2015 CottrellScholarAdvisoryCouncil(CSAC),ResearchCorporation2011 ACSCareerPathwaysWorkingGroup(Academe),AmericanChemicalSociety2011 ACSDivisionofInorganicChemistry(DIC)NanoscienceSubdivisionChair-elect2011 Co-editorofaspecialissueon“Plasmonics”forChemicalReviews2010 NSFMacromolecular,SupramolecularandNanochemistry(MSN)WorkshopModerator2010 PeerChoiceexperimentwithChemicalPhysicsLetters2010 Japanese-AmericanKavliFrontiersofScience(JAFOS)PlanningGroupMember2010 CottrellScholar2010ConferenceProgramCommittee2008-current TenureandPromotionReviewExternalLetterWriter2008 Japanese-AmericanKavliFrontiersofScience(JAFOS)PlanningGroupMember2007-2008 CottrellScholar2008ConferenceProgramCommittee

2007-2010 CenterforNanoscaleMaterials(CNM)UserExecutiveCommitteeatArgonneNationalLaboratory

2006-2008 Co-editorofaspecialissueon“FrontiersinNanoscience”forAccountsofChemicalResearch,December2008

2006-2007 MemberofBasicEnergyScienceAdvisoryCommittee(BESAC)GrandChallengesSubcommitteefortheDepartmentofEnergy(DOE).InvolvesconstructingdocumentcontainingGrandChallengesandparticipatingintheDOEworkshops(August3-5,2006,Washington,DC;October6-7,2006,Evanston,IL;July31–August2,2007,Washington,DC;August20-21,2007,Boston,MA)

ProfessionalServiceandBoards2013-current ExecutiveEditor,ACSPhotonics(ACS)2017-current (Chair)ScialogAdvisoryCouncil,ResearchCorporationforScienceAdvancement2016-current InternationalScienceAdvisoryBoard,MacDiarmidInstitute2016-current ChemicalSocietyReviewsAdvisoryBoard2015-current EditorialCommittee,AnnualReviewofPhysicalChemistry2014-current InternationalAdvisoryBoard,ChemNanoMat(Wiley-VCH)2013-current AdvisoryBoardMember,MaterialsHorizons(RoyalSocietyofChemistry,RSC)2013-current EditorialAdvisoryBoard,Nanospectroscopy2010-2011 MRSAfricaSubcommitteeonAfricaMRSactivities2010-2013 AssociateEditor,ChemicalScience(RSC)2010-current EditorialAdvisoryBoard,NanoLetters(ACS)2010-current EditorialAdvisoryBoard,ACSNano(ACS)2009-current AdvisoryEditorialBoard,ChemicalPhysicsLetters(Elsevier)2009-2011 EditorialAdvisoryBoard,JournalofPhysicalChemistry(ACS)2008-2010 AssociateEditorfor“NanostructuredSurfaces,”inComprehensiveNanoscienceand

Technology(Elsevier)

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