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NoReÁreCo TítSy
ReMwthstdrapdifstpobaluprleacowshI wbathin dithexw
ReDrUnFPMpowgrsta
NecacogrwDris AnJaHemreCrHe
ombre: ferencia: ea Científicaorreo Electró
tulo: ynthesis, charac
sumen de lay research lineith a class of me joining of meructural variabrug delivery, applications. Thufferent importructural analysossible to desigased on rare‐eminescence prroperties. Uponading group inonduction propith intrinsic elehowing vey highwas also involvatteries. Duringrough the comUSA, I returnscovery of newat are susceptxample, for the ith enhanced e
sumen del Cr. Felipe Gándaniversidad AutóPI PhD student. . Yaghi to workost‐doctoral schhere he was reroup in the Lawayed at Berkele
ew Architectureall from the Spaompetitive call raduate and undith properties rr. Gándara has author of 44 rngew. Chem. Innuary 2016, Sce is an internaticrosymposiumeviewed journarystal Growth oe maintains act
GÁNDARRYC‐2015
a: Ciencia y nico: gand
cterization and
a Memoria: e is related to tmaterials knownetal clusters anility, MOFs hamong others. us, I prepared ant organic trais of these matgn new materiaearth elementsoperties avoidin completion on the field. Theerties for their ectric conductivh methane voluved in other prog this time, I alsmbination of diffed to Spain, ww MOF‐related ible to accommpreparation oflectric conduct
Currículum Vara is currently ónoma de MadUpon completk in his group aholarship grantsponsible for sewerence Berkeley until April 20
es in Materials anish Ministry ffor young resedergraduate strelevant to eneparticipated inresearch papernt. Ed., or 8 JAopus source). Htionally recognm chair person ls (JACS, Chemof the Spanish Rtive research co
RA BARRAG5‐18384 Tecnología ddara@icmm
properties of fu
the preparationn as metal‐orgad organic linkeave found numDuring my Phseveral familieansformations,terials, includingals with adequas, where theseing self‐quenchf my PhD, I moere I continueuse in energy vity. I was also umetric storageojects relevant so developed aferent techniquwhere I am nomaterials withmodate differef materials withivity.
Vitae: a researcher arid (UAM), andion of his PhD tt the Universityted by the Spaetting up and mley National La014 (total 4.5 y
Chemistry at ICor Economy anearchers, only 1udents workingrgy storage or cn 14 research prs, all of them ACS, among othHe is also co‐invized expert in tin the 2014 Int. Eur. J, Inorg. CRoyal Society ofollaborations w
AYUDASCONVO
Turno d
GÁN, FELIPE
de Materiale.csic.es
unctional mate
n, characterizatanic frameworkrs, resulting in erous applicatihD stage, I foces of new MOsuch as oxidag their topologate features foe atoms wherhing phenomenoved first to thd working withstorage applicainterested in t
e capacity. Thesto clean energ
an expertise in ues, such as x‐rw leading rese the use of elent metal elemeh tunable cataly
at the Materials started his carthesis in 2009, y of California, anish Ministry omanaging the graboratory. Duriyears abroad), a
CMM � CSIC. Ud Competitiven14 nationwide fg in the group. chemical transfrojects funded in high impacthers). His workventor in 5 patethe field of Meternational UniChem. etc). Hef Chemistry. with several gro
S RAMÓN YOCATORIA
de acceso
E
es
erials
tion and evaluaks (MOFs), and structures withions in fields sucused my thesOFs, which showation of sulfideical features. Tor desired applire convenientlyna, and allowine University ofh MOFs materations. Thus, I dthe design of mse materials aregy applicationsthe structural ray diffraction, earch lines focements that areents in the samytic activity in m
s Science Institreer at the Spanreceiving the ULos Angeles asof Education. Iroup laboratoring this time, hand returned to
Upon returningness, and in 20for all areas). HHe is now leadformations. by various pubt journals belok has received ents (1 Spain, 4etal‐Organic Fraion of Crystalloe is also membe
oups worldwide
Y CAJAL A 2015
general
ation of properrelated ones. h high surface auch as catalysisis on the prepwed high actives, or desulphuhrough the stuications. For exy disposed in g doping with f California, Losrials, but now developed diffematerials able te useful for the, such as carbocharacterizatioelectron microcused on the pe currently undme position of multicomponon
tute of Madrid nish CSIC, first aUAM special docs a post‐doctoran 2012 he movies, being prinche also mentoro Spain as a Jua
g, he has obtain15 he was awaHe is currently ing new resear
blic and privateonging to first‐qmore than 20
4 USA), one of thameworks (MOography meetiner of the board
e. His research
rties of functioMOFs are a kinarea and poross, gas storage aparation of rarvity and selectiurization reactidy of the topolxample, it was the structure desired elemes Angeles, and with interest rent materials to storage mete storage of naton dioxide captn of this and oscopy, and compreparation of derexplored. Ththeir crystallinnent reactions,
(ICMM � CSICas an I3P‐CSIC pctorate award, al associate. Duved along withipal investigatoed several gradan de la Cierva
ned funding as rded a ComFutco‐supervising ch lines related
funding agencquartile (includ00 citations anhem licensed toFs) and relatedng, and regular of the Special
activity is curr
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
nal materials. nd of crystallinesity. Due to theand separationre‐earth basedivity as heteroions. I was alsogical charactepossible to preof the MOF nts to tune thethen to UC Bein their gas soable to combinthane, and I prtural gas for onture or water sother classes ofmputer simulatiheterometallichus, I am studyne framework. or for the prep
C). He graduatepostgraduate fehe accepted anuring this perioh the Yaghi groor of the x‐ray dduate studentsscholar, joining
PI in the 2014 �turo grant (Fund two PhD thesid to the discove
cies in Spain anding 2 Science, nd his current o BASF co. d materials: herly acts as referized Group of
rently focused
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
In particular, I e materials maeir high porosityn, optoelectrond MOFs for vaogenous catalyso interested ineristics of MOFsepare several Mto enhanced e resulting emirkeley, to workorption and elene high surfaceepared some M board applicatsorption for thef complex mateions. After 4.5 yc MOFs and onying MOFs mateThis is relevanparation of mate
ed in 2003 fromellow, and thenn offer from Prod he also receivoup to UC Berkdiffraction lab os and post‐docg the departme
�Explora Ciendación Generalis, and is mentery of new mate
d USA. As resu1 Nat. Commh‐index is 24 (
recently actedree of various Crystallography
on the prepara
MACIÓN A Y
TIÓN
work de of y and ic, or arious sts in n the s, it is MOFs their ssion k in a ectric area MOFs tions. ermal erials, years n the erials t, for erials
m the n as a of. O. ved a keley, of the s. He ent of
cia� l CSIC oring erials
lt, he un, 4 as of
d as a peer‐y and
ation,
chmresto
haracterization aterials, and helated ones. Hisorage, or electr
and study of he has develops research also ric conductivity
properties of fed an expertiscovers the stu
y.
AYUDASCONVO
Turno d
functional poroe in the structdy of the prop
S RAMÓN YOCATORIA
de acceso
ous materials. tural elucidatioerties of these
Y CAJAL A 2015
general
His research on and charactmaterials for a
covers the diserization of thapplications suc
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
scovery of newis kind of comch as heteroge
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
w MOFs and remplex materials,eneous catalysis
MACIÓN A Y
TIÓN
lated , and s, gas
NoReÁreCo TítDi
ReByliggeem Mmhaanm DuultpochFomstau Duusofcaenemsta
Cuof
ReI sphGe
MEdththdo DuRearLe Af
ombre: ferencia: ea Científicaorreo Electró
tulo: sorder to enha
sumen de lay harnessing thght is emitted eneration of ligmission (and ab
y primary scieolded at the warvesting, imagn alternative toaterial science/
uring my Ph.D.,tra‐fast time‐oolymeric photohemical vapour ollowing my inteicrospheres. Thructures. Theseuthored or co‐a
uring my postdsed for quantumf light at the naavity‐quantum ngineered cavitmbedding quanable lasing. The
urrently, I am ef freedom in the
sumen del Cstudied physicshysics. These stermany, where
adrid, I receivducation. I did esis in 2009 wesis was awaroctorate award
uring my PhD, esearch Laborarticles. At the tetters, Nature P
fter my Ph.D.,
GARCÍA RYC‐2015
a: Ciencia y nico: davi
nce the light‐m
a Memoria: e interaction b(and absorbedght‐matter entabsorption) of lig
ntific goal is towavelength scaing, lasing or quoolset to contr/fabrication me
, I focused on tof‐flight and opnic structures. deposition. In erest on disordheir equal shape results led to authored 9 artic
doctoral researcm photonics. Danoscale, an effelectrodynamicties while beingntum wells in tese results have
exploring disorde control of the
Currículum Vs at the Compltudies were coe I worked with
ved the prestigmy Ph.D. at thith the title: Frrded the highe.
I joined the Eutory for Nonlintime of the comPhotonics and A
I joined the Qu
FERNÁNDE5‐18124 Tecnología did.garcia@ic
matter interactio
etween light and) is at the foranglement for ght depends dra
o understand hle. This rather uantum optics.rol the interactethods on one s
the material sciptical gating teI made use of tthese systems, der, I obtained ape and size leada patent on thcles in journals
ch in Denmark,Disorder in phofect also knowc experiments g inherently robthe structure, te been publishe
der in optomeche light‐matter in
Vitae: lutense Universomplemented bProf. Oliver Zim
gious �formache Materials Scrom photonic cst honours (su
uropean Netwonear Spectroscompletion of myAdvanced Mate
uantum Photon
AYUDASCONVO
Turno d
EZ, PEDRO D
de Materialen.cat
on
nd matter we gefront of modquantum inforamatically on th
how light is emfundamental rDuring my resetion between lside and optica
ience aspects oechniques to ethem as templaI explored the a method to fabds to resonant e emission conlike Physical Re
, I explored thetonic‐crystal mn as Anderson to control the
bust against disthese random ced in influential
hanics where thnteraction.
sity of Madrid,by one full yeammer as resear
ción del profesience Institute rystals to photumma cum lau
ork of Excellenopy in the grouy PhD, I had alrials.
nics group at t
S RAMÓN YOCATORIA
de acceso
DAVID
es
gained new tecern photonics rmation technohe environmen
mitted to and presearch topic earch career, I ight and mattel spectroscopy
of photonic struexplore the rolates to fabricatrole of structubricate completlight diffusion trol of randomeview Letters, N
e role of fabricamembranes or plocalization. Th
e light‐emissionsorder. In additicavities providel journals like S
he mechanical
, Spain, where ar project at thrch assistant in
sorado universin Madrid undonic glasses thde by unanim
ce PHOREMOSup of Prof. Dr. lready authore
the Technical U
Y CAJAL A 2015
general
hnologies raginfor energy ha
ology. All theset surrounding t
propagates thrhas strong appexplored the iner, building upon the other.
uctures. I madele of structurate optically actiral disorder in ttely disorderedand tuneable lasing. At the tNature Photonic
ation disorder iphotonic‐crystahese disorder‐in rate of singleion, when the oe enough opticcience, Nature
vibrations of m
I obtained myhe physics dep cold‐neutron s
itario� PhD gder the supervirough disorderity of the mem
ST and, within Diederik Wiers
ed or co‐author
University of De
ng from incandervesting, protoe breakthroughthe emitter.
ough structureplications in manterplay betweemy research p
e use of Fourierl imperfectionsive ZnO structuthe ZnO UV lasid self‐assembledrandom lasing time of the comcs and Advance
n state‐of‐the l waveguides induced opticale quantum dotoptical gain is scal feedback toNanotechnolog
matter � phono
y master in solpartment of thescattering. Afte
rant from the sion of Prof. Dr at the Autonombers of the p
it, I spent four sma which led red nine article
enmark led by
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
escent light emocols for quanths are based on
es where the dany relevant fieen structural orprofile upon tw
r‐transform infs in periodic, ures by exploitiing emission atd structures cowhen optical gmpletion of my ed Materials.
art semicondunduces very efl cavities can bts competing wsufficiently higho obtain highly gy and Physical
ons ‐ are includ
lid state physice Technical Uner a year workin
Spanish MinisDr. Cefe López. oma University panel) and it o
r months in 20to the publicates in journals l
Prof. Dr. Pete
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
mission to LEDs. tum security on a crucial fact
dielectric functields such as enrder and disordwo different pi
frared spectroscself‐assembledng atomic layeroom temperamposed by polgain is added toPh.D., I had alr
ctor nanostrucfficient confinee used for stanwith state‐of‐thh as, for examplefficient and ul Review Letters
ded as a new de
cs and fundamniversity of Mung in Robert Bo
stry of ScienceI defended myof Madrid. Mybtained the sp
07 at the Eurotion of several ike Physical Re
er Lodahl. In 20
MACIÓN A Y
TIÓN
How r the t: the
on is nergy der as illars:
copy, d and r and ature. ymer o the ready
tures ment ndard e art le, by ultra‐s.
egree
ental unich, osch ‐
e and y PhD y PhD pecial
opean joint
eview
010, I
ob20prinvSpph I m
�abw I hRehaSP
ga
inv
btained a three012, the Quantrestigious threevestigator. In 2plittorff, the dehotonics at PIER
moved back to
�Beatriu de Pinbroad to the Spithin the resear
have publishedeview Letters wave been invitePIE and META. I
ained substanti
vestigator (460
e‐year major retum Photonics e‐year young in2013, I was appeputy head for RS in Guangzho
o Spain in Octo
nós� from the panish science rch group Phon
d 22 articles inwith a total of 7d to the conferI have organise
ial experience
0 k�).
esearch projectgroup moved
nvestigator resepointed Assistanteaching at th
ou and Prague,
ber 2015 to th
autonomous gsystem. I have
nonic and Photo
n journals such715 citations (3rences Frontiered a focus sessio
in fundraising
AYUDASCONVO
Turno d
t from the Dan to the Niels Bearch program nt Professor to e Niels Bohr Inrespectively.
he Catalan Inst
government of e just started monic Nanostruct
h as Science, N32 citations/paprs in Optics, Dison on disorder
during my po
S RAMÓN YOCATORIA
de acceso
ish Natural SciBohr Institute from the priva developed sevnstitute. During
itute of Nanos
Catalonia. Thismy activity on ptures led by Pro
Nature Photoniper). I have an scussions on Naphotonics at P
ostdoctoral res
Y CAJAL A 2015
general
ence Research at the Universate foundation veral teaching ag 2014 and 201
cience and Na
s grant is especphoton‐phononof. Dr. Clivia Sot
ics, Nature Nah‐index 14 and
ano & MesoscoIERS conferenc
search in Denm
Council as co‐sity of CopenhaKann Ransmusactivities in clos15, I organised
notechnology (
cially dedicatedn coupling in cotomayor Torres
notechnology, d I hold 2 patepic Optics, Wavce in 2014 (Gua
mark as co‐app
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
‐applicant with agen where I ssen Villum as se collaboratiod the focus sess
(Barcelona) wit
d to reintegratomplex optomes.
Advanced Maents (researcheves and imaginangzhou) and 20
plicant (765 k�
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
Prof. Dr. Lodawas funded byprincipal (and n with Prof. Drsions on disord
th the special g
e scientists woechanical struc
terials and Phyr ID D‐3775‐20ng in random m015 (Prague). I
�) and as prin
MACIÓN A Y
TIÓN
hl. In y the sole) r. Kim dered
grant
orking tures
ysical 14). I
media, have
ncipal
NoReÁreCo TítBio
ReDr ‐ Box20nadecohi ‐ Unaimplfomnathto20cogr ‐ asphnegrresu
ReDrOcNathsoFe
DrhepaveUpthbijoth
ombre: ferencia: ea Científicaorreo Electró
tulo: oengineered Na
sumen de lar. de la Rica�s
Bio‐enabled anxide semicondu008). He also anolithography,emonstrated thontrolled dimengh degree of cr
Ultrasensitive banotubes with mmunoassays. Iaced them at thor the detectioneasured betweanochemistry foe enzyme labe
onality, which a013). When naoncentrations, wrowth of silver n
Nanoparticle sssembled with henomenon thaeeded to disasrowth of nanopesulting nanopoubnanometric re
sumen del Cr. Roberto de lactober 2013, wanotechnology,ose papers. Toources such as tellowship (2015
r. de la Rica�s e was part of a apers; 5 as first ery early stage opon graduationere that he exosensors and liurnals such as ose papers and
DE LA RIRYC‐2015
a: Ciencia y nico: robe
anoparticles fo
a Memoria: is a young pion
d bio‐inspired uctors could beadapted this , which is a cruhat nanopatternsions on silicorystallographic
biosensors: Dr.microfabricaten the first apphe gap between of pathogens een the elector developing tel of an enzymallows detectingnosensors worwhich makes tnanoparticles w
self‐assembly: enzyme‐responat was used tosemble the cluparticle superstore aggregates esolution (JACS
Currículum Va Rica (Researcwhere he is a g, Nature Protoco date his workthe EU, the Ro5).
scientific trajemultidisciplina author and 4 aof his research n Dr. de la Rica xpanded his reithography. WhAngewandte Cd the correspon
CA QUESAD5‐17345 Tecnología derto.delarica
r Biosensing Ap
neer in the field
nanofabricatioe grown at rooapproach for
ucial step for irns containing ton substrates. Ralignment (Adv
. de la Rica hased electrodes aroach Dr. de lan two arrow‐shand heavy metrodes (Angew.two highly innome‐linked immug disease biomrk with inversehis approach ewith an enzyme
Dr. de la Ricansive ligands. To maximize theusters) (Angewtructures. In threcreate biologS 2011).
Vitae: cher ID F‐9430‐roup leader. Dcols, Angewandk has been citeyal Society and
ctory started ary team aimingas correspondincareer. immediately stsearch interesthile in that laboChemie, JACS, Anding author of
AYUDASCONVO
Turno d
DA, ROBERT
pplications
d of bionanotec
n of advanced om temperaturr the simultanntegrating thesthe enzyme gluRemarkably thev. Func. Mater.
s developed uland the utilizata Rica modifiedhaped electrodetals when the in. Chem. 2008,ovative projectsunosorbent assarkers at ultrale sensitivity theextremely usefu in the presenc
a pioneered anThe resulting nae response of t. Chem. 2011)his approach thgical crystal gro
‐2014) was appr. de la Rica hadte Chemie, Adved 905 times. Hd the RSC, and
t the National Cg to develop neng author, as w
tarted working ts into the fieldoratory he guideAdvanced Functf 8. These outs
S RAMÓN YOCATORIA
de acceso
TO
es m
chnology. His co
materials: Dr. re when using neous patternse materials wucose oxidase e nanoparticles2014).
ltrasensitive bition of enzymed peptide nanotes by means ofnteraction betw, Small 2010).s: Plasmonic ELsay is used to low concentrate highest signaul for ultrasensce of gold nanos
n approach inanoparticle clusthe assemblies. He also prophe nanopore aowth conditions
pointed as a Leas published 33vanced FunctioHe has securedhas also receiv
Centre for Micew biosensors bwell as one pate
at the City Unid of bionanoteed the work of tional Materialsstanding results
Y CAJAL A 2015
general
ontributions to
de la Rica deman enzyme to ing and cryst
with microfabriccould be useds in the clusters
osensors basede‐guided nanoptubes with a bf positive dielecween these ana. In the seconISA and nanoseobtain solutio
tions with the nal possible is resitive biosensinsensors (Nat. M
which gold nsters were links to the target posed the utilizaggregates in ts and the nanop
ecturer in Biona3 scientific paponal Materials ad more than £1ved a NSF early
roelectronics inbased on electrient. These resu
versity of New echnology by d2 PhD students, Small and Ans highlight his le
this field have
onstrated for tcontrol the reaallization of ocated circuits (Afor growing c
s obtained with
d in two approparticle growthiorecognition ectrophoresis. Thalytes and the nnd approach Densors with inveons containing naked eye (Nategistered wheng. This is achie
Mater. 2012).
nanoparticles med by multivaleenzyme (as fe
zation of a nanhe presence oparticles grow a
anotechnology ers in journals and JACS. He is 160k in fundingy career award
n Barcelona, whical transducerslts showed his
York as a postddrawing from hs and managednalytical Chemiseadership pote
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
been mainly in
the first time inactions conditioxide semiconAngew. Chem.lusters of goldh this bio‐inspi
oaches: the inth as the signal element (antibohe resulting bionanotubes chanDr. de la Ricaerse sensitivitygold nanopartt. Nanotechnoln the analyte ieved by contro
modified with ent supramolecew as 23 enzymnopore (cucurbof the heavy mas superstructu
at the Univers such as Naturthe correspong for research (2012) and a T
here he did his s. During that tleadership capa
doctoral researhis previous wod to publish 12 stry. He is the fential and capab
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
three areas:
n the literatureons (Angew. Cductors with 2010). He has nanoparticles red method sh
egration of pegeneration steody or peptideochips could be nged the imped used concep. In Plasmonic Eticles with diffe. 2012, Nat. Prs found at ultrolling the kineti
cyclodextrins cular interactiome molecules bituril) to guidemetal precursorures assembled
ity of Strathclyre Materials, Nading author of projects as PI
Tom West Analy
PhD studies. Ttime, he publishabilities even a
rch associate. Itork experience papers in 2 yeafirst author of bility of consist
MACIÓN A Y
TIÓN
e that Chem. AFM s also with
how a
ptide ep of ) and used
dance pts in ELISA erent rotoc. ralow ics of
were ons, a were e the . The with
yde in ature 22 of from ytical
here, hed 6 t this
t was with ars in 11 of tently
deAfchthD.Coin MmeabiDureex
elivering resultsfter his stay in hemistry and inree papers in A. de la Rica wasollege London. enzyme‐guideaterials and Naedia around tharly career prizonanotechnolouring his short esearch grant frxpand his netwo
s and achievingthe U.S., Dr. d
ntegrated themAngewandte Chs awarded a preThere, he deved nanoparticle ature Protocolshe world, from e in 2012. Theogy. stay as a grourom Tenovus. Hork of internati
g impact. de la Rica wor
m into the desighemie, JACS andestigious Marieeloped several agrowth and bios with him as cBBC news in t
ese publications
p leader in StraHe has also seconal collaborat
AYUDASCONVO
Turno d
ked for 1 yeargn of new stratd Small, all withe Curie Fellowsapproaches for osensors. The ocorresponding ahe UK to Fox Ns and prizes ha
athclyde Dr. deured funds to otors.
S RAMÓN YOCATORIA
de acceso
r at the Univertegies for bioseh him as first anhip that allowe the ultrasensitoutcomes of thauthor. The paNews in the USave allowed Dr
e la Rica has beorganize an int
Y CAJAL A 2015
general
rsity of Twenteensing and nannd correspondined him to fund tive detection ohese projects wpers had a greS. These exceller. de la Rica to
een awarded a ernational sym
e. There, he leaomaterials fabng author. his research anof proteins by cere published iat internationaent results led strengthen his
prestigious Toposium on bios
DIVISIÓY GESTADMINI
SUBDIVPLANIFADMINI
arned conceptsbrication. In one
nd work indepecombining his pin Nature Nanoal impact and wto the award os image as a le
om West Analytsensors, which
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
VISIÓN DE ICACIÓN Y GESTSTRATIVA
s in supramolee year he publi
endently at Impprevious backgrotechnology, Nawere commentof a prestigiouseader in the fie
tic Fellowship ahas allowed h
MACIÓN A Y
TIÓN
ecular ished
perial ound ature ed in s NSF eld of
and a im to
NoReÁreCo TítLo
ReSeextophelecoele ReJoQDDulevmefpr ThQDAnMaphidi Innohyor
Re‐ BBr‐ P(S‐ P20‐RSp‐ 3M‐ T‐ C‐ Mna‐ M[1su
ombre: ferencia: ea Científicaorreo Electró
tulo: ow temperature
sumen de laemiconductor qxample are QD‐o encode quanthenomena. In tectrons in a meoupled to normectrons of the l
ecently, considosephson junctiDs are also an uring my post‐vels. Importantodes (MZMs) afforts in the paroposed using a
his project aimsD arrays as a pndreev levels inZMs, and for ppplications in naghly spin‐polarstant QDs. This
summary, hybovel applicationybrid quantum r superconducti
sumen del CBachelor in Marazil. PhD, funded bytuttgart, GermaPost‐doctoral w012), and at theRecently awardpain). 32 published paterials, 2 NanoTotal number oCo‐supervision Main research anowires, inducMost relevant p] E. J. H. Lee, Xuperconductor‐
LEE , EDURYC‐2015
a: Ciencia y nico: leeb
e transport stud
a Memoria: quantum dots (Q‐based spin quatum informatiothis context, peetal by magnetal metal leads, leads can be co
derable interesons, as well asideal platform ‐doc, I have dotly, these spin‐at its boundariast years, a fuarrays of QDs p
s to study hybrplatform for bunto molecular lprobing their exanoelectronicsrized carriers. Hs holds relevanc
brid superconduns in nanoelectrcircuits, in whicing qubits.
Currículum Vterials Enginee
y an Internationany) and defenwork at the Free Institute Neel ed an Ikerbasq
peer‐reviewed o Letters and 4of citations = 18of students: 3 Pinterests: Nanced supercondupublications: X. Jiang, M. Housemiconductor
UARDO JIAN5‐17973 Tecnología dbatuta@gma
dies of hybrid s
QDs) are an imantum bits (quon. Due to theerhaps the besic impurities. Ingive rise to a m
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nal Max Planck ded at EPFL (Laench Center of (CNRS ‐ Instituque Research F
articles, includ4 Applied Physic04, and H indexPhD students (onodevices, electuctivity in low‐d
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ctor‐QD devicepological supetudied in details. The second derconducting cowill also be stuxt of scaling spi
ces are an interg term goals of quantum inform
d Master in Ma
Research Schoausanne, SwitzeAtomic and Alt Neel) in GrenFellowship to s
ing 2 Nature Ncs Letters. x = 20 (source: out of which, twtron (quantumdimensional sem
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d superconducgled electrons bhat result fromin this directiomic precursorst‐tolerant topon of a topologductors to build
s within two mrconductor frol in the double direction, by itsontacts with hiudied as a meain qubits into a
resting system f this project wimation in QD a
aterials Science
ool Fellowship, erland, April 20lternative Eneroble, France. start quantum
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main directions. om the bottomQD limit. Laterturn, is devotegh critical fieldans for providinlarger quantum
for studying toll pave the wayrrays can be co
and Engineerin
carried out at 009). rgies (CEA) part
transport rese
y, 1 Physical R
e). by the end of 2low‐dimension
chi, "Spin‐resolv9 (2014). Total c
devices
for applicationf an electron (obe used to studnon resulting fave as localizede of a QD as weeffect to be stu
s, which have of Cooper pairn of a magnetihe first spin‐resical supercondum computationuctor remains ical supercondu
The first focusup. To this en
r, longer arraysed to the devels will be develong long‐range cm computer.
opological supey for the develoonveniently exc
ng (2003) at th
the Max Planck
tially funded by
arch activities
Review Letters
2016) and 4 MSal semiconduc
ved Andreev lecitations: 117
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ns in nanoelectror a hole) confidy a number ofrom the scatted magnetic impell as its couplinudied with unpr
been widely rs. In analogy tic impurity withsolved measuructor, which hn). In spite of elusive. Recenuctor.
ses on exploringnd, the hybridis will be investiopment of hyboped for appliccoupling betwe
erconductivity aopment of a prochanged with Q
e Federal Univ
k Institute for S
y a Marie Curi
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ronics. An impoined in a QD is of different phyering of condupurities which, wng to the condurecedented det
studied as tunto the Kondo eh a supercondurements of Andosts Majorana great experimnt theoretical
g proximity‐couzation of singleigated for obsebrid devices towcation as a soureen spins residi
and for establisomising platformQD‐based spin q
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arlos,
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[2su [33, [4na [5na
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] E. J. H. Lee, K.486 (2008). To
] E. J. H. Lee, anotube transis
] E. J. H. Leeanocrystals", J.
X. Jiang, R. Aguas", PHYS. REV. L
. Balasubramanotal citations: 32
K. Balasubramstors by scannin
, C. Ribeiro, EPHYS. CHEM. B
ado, G. KatsaroLETT. (Editor's s
nian, R. T. Weitz25
manian, J. Dorfng photocurren
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mueller, R. Vont microscopy",
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, K. Kern, "Cont
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nanowire quan
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tronic band str
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�Innovative Car] Preparation oudy of their performance foanofilaments papacitors. [5] Po
sumen del Cgraduated in Canostructured eceived my M. Se Institute of Co my PhD in 2olymer Scienceniversity (Germonths) studyingne with Prof. Bffraction to pour.Poly.J. 2008; most 3 years unaterials based ope (Science 20nder the supervoth Batteries&Snd also for elect012 and 2015; articipated in twn EnergyConver
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2002. Ceramic&
omite for refracrticles (ruthenici.&Tech. Inst.
D: Dynamics, moscopy, In‐situ
CNT‐polymer (Mediated‐nanosacetylene nanoc
aphene and grovative electrodggles for superathode and ano
atteries. Januavel organic saltChemistry‐Resevestigate localnergy applicatioty and leadersh
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many) working og the microstruB. S. Hsiao andolymer nanocoI published 14 nder the supervon carbon nano011; Wold Patevision of Prof. TSupercapacitorstric hybrid vehiAngew.Chem.wo projects witrsion&Storage.
ERO GONZA5‐17722 Tecnología denzo@hotma
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linked to Mate
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ctory and biocoium, iron nanoc(CSIC), Martin‐
morphology and synchrotron X
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ry 2015‐Augustts and polymeearch Associat structure andons. My previohip necessary to
ctures for Energunctional nanotcal fundamentversion and hVD at relativee Nanostructur
Vitae: e Universidad rials for refractr 2 years workileochemistry (Cer nanocomposCSIC). During mon Solid‐NMR sucture and dynd Dr. S. Toki (omposites undarticles during vision of Prof. Rotubes (CNT), gnt 2011; Adv.MTeófilo Rojo ans that can meecle applicationInt. 2014; J.Math industry andNow, I am co‐d
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t 2015. Warsawer electrolytes e: Design of i the role that ous experienceo continue lead
gy Storage�, atube and graphtal properties harvesting.[3] Hly low temperes for hybrid su
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y, Nanoscience
aduate: Novel c
plications. 2003atalytic membrGermany), Corn
elastomeric‐co during uniaxia
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w University offor Mg‐ion bannovative nanthis plays in ce has given meding my own re
nd the main suhene fibers for of assembled Highly orienterature. [4] Nanupercapacitors
in 2002. I spenmaterials applicof nanostructuSci. 2007; J.Nane and dynamiczed 3 stays: onanother at Cornclay‐polymer hyStony Brook Unformation. (Mned the Nanoten first as a PhD ribbons, and suanotech. 2012)Armand wherer low‐cost, inteergy density and012); Carbon 2oject (Graphenee PhD student. T
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general
e, Nanotechnolo
ceramic nanost
3‐2005. Catalysranes for hydronell Univ. (USA)
mposites. Solidal stretching. S
c properties). 2diacetylenes foT yarns for ene
n and storage.us graphene, nelectroactive sgraphene‐based
f Technology (Patteries. Septemomaterials forontrolling the e the skills of esearch line. Th
b‐lines are the energy relatednanoribbons d graphitic nanoporous Carbbased on Redo
nt 2003 year atations (Bol.Socred catalytic mno.Sci.Nanotecs) with Dr. Mine in Prof. K. Snell University (ybrids systems niversity and Bacromol. 3x 2ch Institute at tstudent and laupercapacitors ). During 2010‐e I developed inrmittent electrd power capabi2x 2014; Electre Flagship). I suThen, in 2015 I
ogy and Energy
ructured based
sis&Petrochem.o‐ dehydrogena, Stony Brook U
d‐state NMR, XSynthesis of Sp
2009‐2010. Naor the rational srgy applications
. 2011‐2014. Canoporous actodium iron phod cathode supp
Poland)�Postdmber 2015‐Nowenergy applicphysical propeindependence
he research line
following: applications. [with special eanowiggles foron electrodes ox‐Active electro
t the Institute c.Esp.Ceram.Vidaterials for hydh.2007). I was aguel Angel Lópalwaechter's gUSA) under supby dielectric sp
BNL (USA) perf008 and 2x20the University oter as a postdoas well as in th2014 I was a Pnnovative electical energy stoility (EU Patent rochim.Acta 20upervised 2 mamoved to Pola
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y fields being a
d on zirconium
. Inst. (CSIC)�Gation of aromatUniv.‐BNL (USA
X‐ray, TEM, mopinnable CNT f
anoTech Institusynthesis of cas (First µ‐size C
CIC energiGUNEtivated carbon osphate and moport for lithium
doc. Researchewadays. Univecations and soerties of technoe, capacity to e that I have de
[2] Graphene nemphasis in tr energy storfor electrocheolytes.
of Ceramic&Gdrio 2003; Keydro‐ dehydrogeawarded with Fpez Manchadoroup (3 monthpervision of Propectroscopy anforming In‐situ 010; Soft Matteof Texas at Dalloc. I designed nohe rational desigPostdoc at CIC trode and electorage in renewat EP15382163.2014 and RSCAdaster students fand where I wa
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all of them stro
oxide nanopar
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lecular dynamiforests by CVD
te (USA)�Posrbon nanotubeCNT biscrolled L
E (Spain)�Posand highly orieonomeric‐polymand sodium‐ai
r: PI of the prorsity of Cambrolid state NMRologically impocarry out reseeveloped is ent
anoribbons anthe electrocheage. Novel caemical double‐
lass (CSIC) studyEng.Mater 200nations reactioFPI‐MICINN gra at the Instituhs) at Martin‐Luof. E. P. Giannend TEM and theSynchrotron Xer 2010 and 2as (USA) in 200ovel multifunctgn of CNT of unenergiGUNE (Strolyte materiaable energy sou2; EnergyEnvirodv. 3x 2013‐201from the EU Mas the PI of a pr
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ongly
ticles
thesis 2006‐Dallas
cs by D and
stdoc. es. (ii) Li‐ion
tdoc. ented meric r and
oject: ridge, R and ortant earch, itled:
d the mical arbon ‐layer
dying 04). I ons at ant to te of uther elis (7 e last X‐Ray 2011; 08 for tional nique pain) ls for urces n.Sci. 14). I aster roject
re20stosumac
elated to the cre015, I am postdore mechanismupervising a resore than 50 coctivities as well
eation of novedoctoral researcm in innovativesearch team annferences. I amas in the coord
l liquid and solicher at the Depe batteries and d publishing hi
m co‐inventor ofdination of I+D e
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id electrolytes fpartment of Chsupercaps. I digh quality pubf 2 patents (oneevents.
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for Mg‐ion batemistry of the demonstrated clications (37 are under exploit
Y CAJAL A 2015
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teries at WarsaUniversity of Ccreativity and erticles) with motation) and my
aw University oCambridge (UK) excellent capacore than 1500 cH‐index is 15. I
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of Technology ( where I study city to carry oucitations. I gave have also part
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Poland). Since by NMR the chut original resee 3 invited talksicipated in outr
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During my Phoneering instruroject concernence 2009 I stuesulted in 8 pechnologies to tansitions on 2Deven research streie Univ/Aarh
In january 201erkeley and thedividual compvestigation of dMD semiconducso studied seve
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sumen del Chave publishedetters (6), Nanoith so far 782 cf them. Two of 014] by Physicaverall I participrticles have beemes in scientificD materials to m
am the principaeincorporated tynthesis of 2D merkeley. This coe Kavli Institute
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a Memoria: erience is in thterials of consic‐scale structurse nanostructupectroscopy an
D at Universidumental develoed the design audied the fundaeer‐reviewed pthe developmeD metal‐semicotays obtaining fus Univ.) and 2
12 I was awarde Lawrence Beonents into fudimensionality ctors as well aseral on‐surface
I joined CIC nd three interresynthesize 2D
mprises the chaconversion andD materials. Thctromagnetic fi
Currículum Vd 19 peer‐revieo Letters (2), ACcitations in totathese articles aal Review Lettepated in 28 conen featured as cc blogs and webmolecular chem
al investigator o the EU reseamaterials. In totoordination invoe. This project
O UGEDA, M5‐18281 Tecnología dugeda@nan
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e field of experderable interesres affect theirures. I am an nd transport spe
ad Autónoma dopments in Spaand constructioamental propepublications. Inent of a new 4.2onductor systefour of publicatD metals (Osak
ded with a poserkeley Nationaunctioning, naeffects in 2D trs the behavior chemistry reac
nanoGUNE (Spaelated topics foD materials andaracterization ad light emissione ultimate objeelds to build lin
Vitae: ewed articles inCS Nano (1), Phal (ISI), yielding as first author cers [Nature Matntributions to ccover articles absites. My recomistry at surface
of three scientrch system. Thtal I have particolved 7 theorethas so far resul
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de Materialeogune.eu
merging In Low‐
rimental materist for potentia microscopic bexpert in low
ectroscopy.
de Madrid (Spaain in the field n of a UHV syserties of pristinn the second 2K non‐contactms and on‐surtions in topics ska Univ.).
stdoctoral US‐Dal Laboratory. Inoscale artificiransition metal of superconductions on metals
ain) through a ocused on 2D md more complend optimizationn. The third proective is to demnks of applicabi
n international hysical Review an H‐index of currently rank iterials]. I have bonferences andnd 7 of them hord of publicatioes.
tific projects fuese projects encipated in 14 Sptical and experilted since 2014
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ials science witl applications. behavior, and w temperature
ain), funded by of ultra‐high‐vstem equipped ne and defectivinstrumental t atomic force rface moleculasuch as 0D supe
DOE grant to joI first conducteial photosynthdichalcogenide
uctivity and oths and graphene
competitive Rmaterials and laex hybrid heten of 2D materiaoject I lead conmonstrate contility for signal p
scientific journB (rapid) (1) an11. I am first aun the top 10 mbeen invited tod seminars, inchave been highlons spans nume
unded by an amnabled to initiapanish, Europeaimental groups4 in three public
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h an emphasis My research fhow quantum local‐probe m
y two competitvacuum low‐tewith a low temve graphene atproject I contmicroscope. I ar self‐assemblyerconductors (M
oin the departmed research towhetic assembliees. I explored thher collective phe‐FET devices.
Research Ikerbaayered architecerostructures bal‐based optoencerns the behrol over these eprocessing in na
nals: Nature Mnd Physical Revuthor in 7 artic
most cited articldeliver 11 oral
cluding 7 contrlighted 9 times erous relevant
mount of 160 Kte the construcan and U.S. res from UC Berkecations (Nat. M
Structures.
on the fundamocuses on undmechanical ef
microscopy and
tive grants (FPUmperature scamperature (4.2t the atomic sributed to traalso investigatey. During my PMax Planck Inst
ment of Physicswards the devees. There I alshe electronic anhases in 2D TM
asque Fellowshctures. First, I aby combining Clectronic deviceavior of supercelectronic grounodevices.
Materials (2), Naview B (4) and Jles (525 citatioes among the r talks, 8 in confibuted talks anin internationaresearch topics
K�, all of themction of an MBEearch projects,eley, LBNL, Stanaterials (1), Na
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mental propertiederstanding howffects might ind spectroscopy
U and CAM‐FPnning probe mK) scanning tunscale using thisnsfer of the Ued during my PPhD I was invitetitute (MPI)), to
s at the Univervelopment of stso coordinatednd optoelectroMDs. During my
hip. My own cam leading a pCVD/MBE teches controlled byconductivity anund states via e
ature Physics (Journal of Physons) and corresresearch articleferences and 3 nd 10 posters. Tally renowned js in Materials s
m granted sincE system at CIC, one of them anford Universityt. Physics (1) an
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es of nanoscalew local interacfluence nanody with expertis
I), I carried outmicroscopy. Thenneling microscs instrument, wUHV and cryoghD structural ped to participaopological insul
rsity of Californtrategies for lind and directednic properties oy postdoctoral s
current researproject to deveniques. My sey electrostatic gnd related colleexternal stimuli
(1), Physical Resical Chemistry ponding authoes published in in invited semiTwo of my resejournals and docience ranging
e june 2015 wC nanoGUNE foas coordinator ay Monash Univnd Nano Letter
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have carried ouop‐ten worldwidanck Institute, articipated in 4 have more thanwo postdoctoraarticipated in th
rks submitted.
search programan ongoing inteCommunicationdi, Langmuir an
ut research actde ranked centUniversidad Ainvited researcn 200 hours of l fellows at CIChe scientific com
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m dedicated to ernational collabns, Advanced Mnd Fullerenes, N
ivity in 8 forefrters. These areAutónoma de Mch stays during teaching exper
C nanoGUNE. I smmittee of thre
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oral fellow I m
the developmeboration amonMaterials, NanoNanotubes and
ront research ie the UniversityMadrid, Freie Umy PhD. I deverience in the phsupervised oneee national and
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anaged the res
ent of an artifig four US and Eo Letters, PhysicCarbon Nanost
nstitutions in ay of California Universitat Bereloped my scienhysics degree (e Master's resead international c
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general
search efforts
cial solar‐fuel gEuropean reseacal Review Letttructures.
a total of 9 midat Berkeley anrlin, Osaka Univntific career thrUAM). I am curarch project anconferences.
of the Imaging
generation techarch groups. I aters, Physical R
d/long‐term stand Lawrence Beversity, Aarhusough 4 competrrently supervisd mentored th
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hnology. Since am referee of 1Review B, Physi
ays; some of therkeley Nationas University antitive grants onsing one PhD sree PhD studen
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t the JCAP hub
2009 I also ma0 scientific jourcal Review App
hese institutional Laboratory, nd CIC nanoGU a total of 6. tudent and tutnts at UC Berke
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sumen del Cy approach due implementatareer I have acqhich is essentiachniques such so have skills foV summary: Ma
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a: Ciencia y nico: mal
Novel Electroce
a Memoria: ring my scientiesis and procesifferent fabricaable to synthes
ch to solve sots, for exampleof Self‐supportemy experience he Horizon2020co‐electrolysis a
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thor of one lic
g my PhD. This ook chapter ednding author) a8 communicatiP6 Hydrogen Pwi) and Frontie
A BERCERO,5‐19000 Tecnología daguna@uniz
eramics as Com
ific career and ssing into a finaation methods size inorganic c
me of the proe, to control theed thin electrolyI consider of g0 program in Eapplications.
Vitae: fic career is sent synthesis andnce in differentcation of devicmicrostructural on of cells in smstry (2001) and
CSIC (ICMA) frters (Univ. Zaraan. 2016), 7 find in Dic. 2017).
censed patent
contract launchdited by Wiley,and another 36ons in nationaProduction and rs in Energy Re
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MIGUEL
de Materialezar.es
mponents for So
also for the nel device (a cell)and processinompounds and
oblems of SOFCe microstructuryte membranesgreat importanurope, and also
arching for novd processing rot materials scieces using noveland electrical c
mall stacks and d PhD in Scienc
rom 2009 to pagoza), coordinnal degree projParticipation in
and a transfer
hed a series of , 39 publication proceeding pul and internatiHandling EERAsearch: Fuel Ce
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de acceso
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olid Oxide Fuel
ext years is to s) are the challeng of ceramics,d shape them i
C technology tre of materials.s for electrochence to do moreo in USA, Kore
vel electroceraoutes into a finence topics, witl materials. Mycharacterizatiotheir characterce (2005, Univ.
present. Accrenating one coujects in enginen 18 research p
of know‐how
common projens (plus other ublications. 86%onal conferencA (2014‐2015). ells (Nature Pub
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Cells and High T
search for novenges of this res which is essen the required
that I want to Another laser emical applicatie research in ha, China and Ja
mics as compoal device to beth emphasis in y expertise alson, including therization in both Zaragoza). Res
dited as �Ayuurse, and two ieering and 3 Mprojects (three o
with Saint‐Gob
ects with Saint‐G7 under revisio% of them wereces, including 2Member of theblishing Group)
Temperature E
el electroceramearch. During mential for the fgeometry to f
implement is processing relaions by Laser Mydrogen relateapan. Of great
nents for Solid transferred tofabrication meo includes a dee design of elecfuel cell and elearch associate
udante doctor�nvited courses Master thesis pof them as Prin
bain (70 k�), w
Gobain (total fuon) in JCR joure published in f25 invited talkse editorial boa. Habitual refer
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lectrolysers
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which included
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nents of Solid Oreer I have acqdevices using nmaterial, essent
ser processing.ine that I will le
s in Spain, as ite high tempera
lls (SOFC), incluDuring my resecessing of cera of characterizest stations. Fines. ollege London
om 2009. Teacversity (Santiagurrently supervtor) and 5 indu
d all the knowl
about 470 k�em as a first auurnals. h index ven by myself. Elsevier), Journent journals.
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With my researotential of thesetermining for ptoelectronics aience knowledhenomena deteelevant scientifi
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sumen del Cy profile combanoscience (Mectrochemical nveiling their warallel, I exploreplitting systemsptoelectronics. is context I havave participatedurnals (more t
rovisional patenhe whole activitWeizmann Institu
y teaching exp
ystems. These sell as in an apoordinated the udents.
his summary characterization/
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a: Ciencia y nico: pab
erovskites
a Memoria:
terests includedoctoral experieations (more thg research fundarticipate in theore than 10 re
oung Scientist�
rch on perovskie materials for the consolidatas a robust altdge is complemermining the pc problems and
e this opening asolutions throu
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working mechaned the working. Once I joined Metal halide pve had the chad in more than than 20 of the
nts. I was able ty has been carute (Israel) and
perience has fo
skills have beenpplied training work of 4 PhD
certifies my c/modelling and
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ectrochemical 12, I have led tareer, h‐index: ating with comomposition of sts (Co‐PI in sev
bal Young Scien
cs, practically svesting and lighchnology. It isell as to exploy PhD experienf any optoelectway towards th
opportunity tontal‐science app
ysics (PhD by , 2010) with aMy research i
my PhD I workedof silicon, dye‐nological Univethe most promd 3 research proal and nationalesponding or f
as a �Young Sferent prestigioKorea) among o
toelectrochemi
d and improvedmer schools) anupervised 2 fina
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S RAMÓN YOCATORIA
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and optoelectthe perovskites27) and two re
mpanies (Dyesolsuccessful compveral public and
ntists Summit, 2
since the initial ht emitting apps necessary to re new applicance, which gavtrical device. Aheir solution.
o start an indepproach.
Universitat Jauan extensive innterests includd on the optoe‐sensitized and ersity (Singapormising materialsojects, apply fol research projefirst author, wi
Scientist� at Gous institutionsothers.
istry and semic
d in top qualitynd individual mal year projects
endent researcpment.
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ronic systems, s optoelectronielated patents. l, Printed Powepetitive proposd industrially f
2015).
steps of the filications. I trulycarefully plan
ations such as ve me the eleAltogether, I be
pendent researc
ume I, 2012; bternational expde developing eelectrical characquantum dot‐e, from 2012), s to form a robuor new fundingects, publishingith h‐index: 27
YSS (Global Yous, including stay
conductors, ex
y lectures (PhDmentoring of uand 2 URECA (
ch line, based
as well as unvcs team at NTUIn this period Ier) is a fundamsals (more thanunded ones). T
eld, I have achiy believe that wthe next steptransistors andectrochemical telieve my balan
ch line which ai
bachelor by Unperience develelectrochemicacterization and sensitized photI became a groust photovoltaig and lead inter more than 58 , from Web of
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courses) with ndergraduate aUndergraduate
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ieved a broad vwe are living a pps in order to d lasers. My potools to undenced profile is
ims the develop
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orking mechanmore than 35 myself in a situhe work. I haveP14, Singaporealso resulted in
vision regardinperiod which castablish perov
ostdoctoral matrstand the physuitable to ide
pment of innov
València, 2008)ctronic devicesctronic systemsorganic solar cees, as well as we field of perovitting technologborations. In tor‐reviewed scieember 2015) a
ry 2015, Singaps TUe (Netherla
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isms. peer‐ation e had ) and n the
g the an be vskite terial ysical entify
vative
) and s and s and lls. In water vskite gy. In otal, I entific and 2
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sumen de lahe Marta Lirasdependence. Ee previous pheneration. Fromfferent applicaased on BODIPYor the number oelated with phouantum dot andrevious knowleolymer/nanoobhus, the door tepending of tholymers that alhotocatalys baser scientist carnowledge in dihotochemical pthe published f project in the ew photosensit
sumen del Carta Liras�s dependence. Ee previous pha
om IQOG‐CSIC SIC. During 20ostdoctoral gra012). She was aorks as researreparation), 12 tes in the JRC (bis important toett. (5.862), 4 Mnd Wiley. A tommunicationsodirecting a Phonsolidator as w
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a: Ciencia y nico: mar
hesis of Hybrid
a Memoria: s�s curriculumach stage in hehase. The mainm the beginnintion. Thus, aloY dyes and the of cites obtaineotolithography d up conversioedge and begibject hybrid thao different appe nanoobject nso show interesed on semiconeer along thesifferent researproperties. Duripapers attendiRamon y Cajal ive hybrid mate
Currículum Vcurriculum vitach stage in hease. She obtain
and from ICTP‐04 she enjoyend into the Juaa postdoctoral rcher in the IMas correspondby SCOPUS) jouo mention: 1 AMacromoleculesotal of 36 cos, and 2 of themhD. She has pwell as project w
ORRENTE, M5‐18677 Tecnología drta.liras@imd
Materials for A
m vitae shows er Scientific Carn research lineng of her scienng her PhD thepolymers resud in the publishand took contn nanoparticlen a new reseat cover from mplication in fieldnature. Recentesting emitting ductor and cone years allowech areas, to ding her last stagng to the high Programme anerials and their
Vitae: ta shows a rer Scientific Cared her PhD in 2
‐CSIC, respectived a postdoctoan de la Cierva Pfellow at the UMDEA‐Energy Iing author. Besurnals (with an Adv. Funct. Mats, (5.8), 2 Polymommunications m as Invited Leparticipated in with important
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MARTA ANG
de Materialedea.org
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a remarkable eer is supportee is the Designntific career heesis and afterwlted to be usedhed paper fromtact for the firs, all of them warch line in hmetallic nanopad so different sly, she has devproperties. N
njugated polymd her to work develop and opge she has demimpact factor and allows her topotential appli
emarkable mueer is supporte2003 at Chemis
vely. The same oral fellowshipProgramme (20University of Otnstitute. Dr. Msides, she has paverage citatioter. (10.179), 1 mer Sci (5.231), to National
ctures. She has17 competitivcompanies suc
S RAMÓN YOCATORIA
de acceso
GELA
es
cations: Solar Fu
multidisciplinaed by the previon and Synthesir work has bee
wards her first pd as Solid Laserm this stage. Wirst time with twith photochemher institution articles, quantusuch as photodveloped new hNow, in the Imdmer which goal iwith different ptimize new mmonstrated theand the numbeo advance in theications.
ultidisciplinary ed by the previostry Science by
year she coursp, funded by C005‐2007) and ttawa (Canada)Marta Liras haspublished an Inon per item of 1 (Chem Mater,and 5 PCCP (4.(10) and Intes supervised tove projects boch as Intel. Mor
Y CAJAL A 2015
general
uels Generation
ary character, ous stage, fromis of Hybrid Men focussed inpostdoctoral str Media. Her wth her internatthe managememical interest. Wfocused in thum dot, upcondynamic therapheterogeneous dea Energy Insts the solar fuelresearch grou
methodologies independencer of authors. Hee knowledge of
character, as ous stage, fromy UCM under th
sed the �MastComunidad Auwith a JAE‐Doc) under the sups 52 science pvention Patent17.31 and h‐ind, 8.535), 2 Nan.493). She is alsrnational (25) several studenoth national anreover, she was
n
as well as, he a point of view
Materials for Ad the developmtay she designeorks were pionionalization stant and synthesWhen she retue design of nversion nanopapy, sensing andphotocatalys btitute her works production. ps in different and to charac
e in her researcer experience af synthesis‐prop
well as, her a point of viewhe supervision P
ter degree in Putónoma de M contract fundepervision of J. Cpapers publishet. These publicadex of 18). For toscale (7.394),so a regular scieCongresses h
nt both graduatnd internationas reserve in the
DIVISIÓY GESTADMINI
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er scientific maw of the skills advances Applic
ment of new poed and synthetneer in this fieldage in Canada ssis of nanoparurned to Spain new methodoloarticles, nanotud optoelectronibased on conjuk is focused int
I+D research ccterize several ch lines as well assures the adeperties‐applicat
scientific maw of the skills aProf. Amat Gue
Plastics and RubMadrid. She waed by EuropeanC. Scaiano (200ed (plus 3 moations sum currtheir impact ind, 3 J. Mater. Chentific referee ohas been preste and master al including Co Ramon y Cajal
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aturity and cund tools acquircations: Solar olymeric systemtized new monod as can be cheshe carried out rticles such as was able to useogies to synthubes and graphc, has been opugated micropoto the evaluatio
centres, to acqphotophysicalas an improve
equate developtions relationsh
aturity and cund tools acquirerri and Prof. S
bber� by the Ias awarded wn Social Fund (28, 2009). Todayore submitted rently a total odex and high quhem. (6.108), 2of RSC, ACS, Elssented, 20 as and currently sonsolider and Call 2013.
MACIÓN A Y
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rrent red in Fuels m for omer ecked work gold, e her hesise hene. pened orous on of
uired l and ment ment hip of
rrent red in Sastre
CTP ‐ith a 2009‐y she or in f 800 uality Org. sevier Oral
she is ERC‐
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sumen de la Master in Che
Dr. Rafegree in 2000. hair of the Facntifungal prope
Ph.D. in Chem
In 2001r. Ulrich Nickel G).
The aimonducting polymn imaging e‐beaystem. The wayterpenetrating
Novolaottom layer exxidants. Novolaolymerization dovolak or PMM
The secesist. The level olymers. Conduesolved but withonducting IPN. Amaging and cond
Post‐doc and S
June 2006, he stitute of the roup was the opew research line
uring that time,Noble Metal N
sumen del Che candidate has thesis on eleined the UMDOynthesis of novpin‐off companevelopment ofenewable energ
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a: Ciencia y nico: rafa
composites mu
a Memoria: mistry 1994‐20
ael Abargues LDuring his last ulty of Chemisrties. Because o
istry 2001‐2006
1 he moved to (Physical‐Chem
m of the thesis mers. Two stratam resist. Condy to achieve allpolymer netwok and PMMA wxcept for condak and PMMAduring the bakeMA as host polymcond approach of conductivityucting IPN baseh very high dosAnother way ofducting propert
Senior Research
joined the UniUniversity of Vptical propertiee in the synthe
, he started resNanopartic
Currículum Vas a MSc in cheectrically conduO group at the el nanomateriany of the Univef nanomaterialgy.
UES LÓPEZ, 5‐18349 Tecnología del.abargues@
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000 (Universida
ópez started hidegree year hestry of the Univof the positive
6 (University of
Germany and jmistry Chair, Un
was to investitegies were deductivity equal ol these propertorks (IPN). were used as iuctivity. SeveraA‐based IPN file step. Furthermers. was to carry oy necessary haed on PMMA se of radiation. f approaching tties.
her 2006‐2010 (
t of Materials aValencia as a pes of semicondsis of nanomat
searching in the
Vitae: emistry (Univeucting polymer University of als for optoelecersity of Valenls for high‐pe
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basados en mat
d de Valencia)
is master in Chee got a collaboversity of Valeresults, the can
f Erlangen‐Nure
oined Infineon niversity of Erla
gate new mateveloped. The fior greater thanties consisted i
insulating host al monomers cms of the ordr focus was se
ut a feasibility s not been dethowed imagingThis too low sethe conducting
(Universidad de
and Devices forostdoctoral feluctor quantumerials.
e synthesis of tw
rsity of Valencisynthesis for eValencia as a pctronics, photoncia where he rformance dev
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teriales nanoes
emistry studiesoration fellowshencia. The resendidate obtaine
emberg, Germa
Technologies Aangen‐Nurembe
erials to eliminairst approach wn 10‐4 S/cm hasin synthesizing
t polymers sinccould be polymder of 10‐5 S/et in terthiophe
study of the sytermined yet. g properties upensitivity was atpatternable re
e Valencia)
r Optoelectronlow. Before jo
m nanostructure
wo different typ
ia) and a PhD ielectron beam postdoctoral feovoltaics and seis currently thvice applicatio
Y CAJAL A 2015
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structurados y p
s in 1994 at thehip to carry outarch consisteded the maximum
any)
AG as a PhD stuerg) and Dr. Kla
ate charging inwas to synthesis been reporteda conducting
ce they possessmerized inside /cm to 150 S/ene, Cu(ClO4)2
ynthesis and deThe first stratepon e‐beam exttributed to thesist was to synt
ics led by Prof. ining UMDO, tes. The candida
pes of nanopar
n Chemistry (Ulithography ca
ellow where heensing. At the he R&D managns in biotech
polímeros para
e Universidad dt his final mast in the fluorinm qualification.
udent (2000‐20aus Elian (Leade
electron beamze a conductingd to prevent papolymer inside
s most of the the Novolak acm were thus as monomer
velopment of aegy involved thposure. Line/spe significant degthesized polym
Juan P. Martinhe main activitate was incorpo
ticles:
University of Erlarried out at In launched a neend of 2009, hger. Intenanomnology, sensin
DIVISIÓY GESTADMINI
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aplicaciones in
de Valencia, recter thesis in theation of organ.
006) under the er Group at Inf
m lithography bg bottom layerattern displaceme an insulating
properties thatand PMMA ms prepared by and oxidant sa
a conducting pohe use of mainpace patterns ogree of networ
mers with both c
nez‐Pastor at thty and excellenorated to launc
langen‐Nurembnfineon Technoew research linhe co‐founded mat is aimed ang, optoelectro
ÓN DE PROGRAMTIÓN ECONÓMICSTRATIVA
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ndustriales
ceiving his univee Organic Chemnic compounds
supervision offineon Technol
by means of orr placed undernment in such a rpolymer, this i
t are expectedatrix with diffea one‐step inalt respectively
ositive‐tone imachain scissionof 150 nm couking of the resuchemically amp
he Materials Scince of the resech and consolid
berg (Germanyologies AG. He e in the field oIntenanomat St the researchonics, catalysis
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ersity mistry with
Prof. ogies
ganic neath resist is, an
d of a erent n situ y and
aging ‐type ld be ulting plified
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y)) for then
of the S.L., a h and and
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he main researeneration, sensmetal nanopartif nanoparticles olymers and m
roperties�). Deneration of hig
urrently, the caeceived more thcholar). He is cu
ch line of the cing and catalysicles and quant(e.g., tunable pmetal oxides (
ue to the comgh‐performance
andidate has phan 450 citationurrently supervi
candidate is fosis. In particulartum dots) embephotoluminesce(mechanical p
bination of thee micro and nan
published morens, a H=13 and ising 2 Ph.D. th
AYUDASCONVO
Turno d
ocused on nanor he has a greaedded in polymence, localized roperties, thin
ese properties, nodevices in so
e than 60 peera i10=17in the eses and has su
S RAMÓN YOCATORIA
de acceso
ocomposite as t interest in thmers or metal‐osurface plasm
n film process
nanocompositolid‐state.
r review papers area of Nanosupervised 4 ma
Y CAJAL A 2015
general
new multifunce synthesis of noxide matrices. on resonance, sing, conductiv
te are ideal can
s, 9 patents, mcience/Nanotester theses
tional nanomatnanocompositeNanocompositsuperparamagnve/dielectric pr
ndidates for th
more than 50 cchnology and P
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terials for optoe based on inorte combine thenetism,) with uroperties, low
he low‐cost fab
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oelectronics, enrganic nanopare singular propeunique properticost, photoca
rication of the
ntributions, andstry (Source: Go
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nergy ticles erties ies of alytic
next
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sumen de lay research has uring my predorder to tune thef characterizatioeriod started wansition metal ew an internatollaborated witdsorbent materrof. García Fierroduce clean fuatalysis and Caemoval from meutilization to conomico‐Italy)niversity of Aveternational) to ources, waste w
sumen del C
studied ChemiCollaboration greptember 2003y Thesis work 007, I started molids for environith important niversidade Fedn April 2010 I jatalytic systemsrocesses group o and ENEL enesearcher (ENEAresearch contrave done severhapter books author, resulting
ational and inte
nd Materials fouropean Mentn ASD at the Uditor of 2 Internroups. In 2010,nterprise EPCOS
INFANTERYC‐2015
a: Ciencia y nico: ainf
clean energy an
a Memoria: been devoted octoral period, e textural and son techniques wwith a 2‐years cphosphides to tional collaborath the group orials. In 2009, Irro) in the Instituels from fossiltalytic Process
mobile sources, produce fuels ). In the last 2 eiro, Universitymove forward
water treatment
Currículum V
cal Engineerinrant with Depar I started the Pwas focused o
my postdoctoranmental catalypublications inderal do Ceará joined the Insts for the prodat Politecnico
nterprises) firstA and Marie Teacts (1 predoctral internationand more than g in an h index o
ernational reco
or Energy�‐Enion) and currenMA and 4 Minnational journa, I was foundinS. I have been
ES MOLINA,5‐17870 Tecnología [email protected]
d environment
to the developat the Universstructural propewas used, inclucontract (Excellbe used for hetation with the of Prof. CavalcaI obtained a Jutute of Catalysi (oil) and reneses at Politecniin collaboratioand chemicalsyears I have oy Autonomous in new and prot and absorben
Vitae:
g at the Univertments). In NoPhD (Pre‐doctoron the preparatal research perisis. This projec international (Brasil) to studytitute of Catalyuction of cleandi Milano to st as a visitant ecnimont Entertoral and 5 posal stays and I h50 articles in pof 16 and a hig
ognized confere
nergy and Fuently supervisingor Thesis at thals. In these yeng member of member of the
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, ANTONIA
de Materialecsic.es
tal pollution
pment of nanossity of Malaga erties of catalysding FTIR studience Project) ateroatoms remResearch grouante, Universiduan de la Ciervis and Petroleowable (biomasco di Milano (on with ENEL as in collaboratpened new intof Mexico and omising researct materials for
ersity of Málagvember 2002, Iral fellowship (tion of supportod with a postct lead to the djournals. In thy adsorbent maysis and Petrolen fuels. Duringtart new catalyresearcher; anprise). I have ostdoctoral). I haave participatepeer‐reviewed h number of cit
ences. To ment
ls division (Mag other two onehe Politecnico oars I have openthe Spin‐off ene organizing co
S RAMÓN YOCATORIA
de acceso
es
structured mat(UMA) (2002‐2sts based on mies of adsorbedat the UMA, woval for oil upgup of Prof. Oydade Federal dva Fellowship (Jochemistry (Mas) sources. I ha(Center of Exceand Pirelli Ecotion with Mariternational coll University of Lch lines relatedenvironmental
ga (2002), staI got a researchUAC2003‐0036ted catalysts fotdoctoral exceldevelopment ofhis period I alsoaterials. In 2009eochemistry (ICg the last yearytic research lind to study cat
obtained 3 granave been membed in several nainternational jotations (more t
tion is the con
arch 2014), as es; 8 Final Projof Milan . I havned collaboratinterprise VACOommittee of 3 i
Y CAJAL A 2015
general
terials for envir2006), several metals supportedd probe molecuwhere a new sygrading was caryama at Virginido Ceará (BrasJCI‐2009‐05821drid). The reseave also carriedellence), firstly Technology, aie Tecnimont aboration withLa Habana. I ha to novel matel pollutants.
rting mi reseah contract insid6)) to finish my or diesel upgralence contract f a novel syntho joined the g9 I obtained a JCP‐CSIC) in Mas I have also jnes related to Ntalytic processets from the govber of three reational and inteournals: 31 as than 650 citatio
tribution at th
an invited spects of studentve been reviewons with 10 intOQUING at PTAnternational co
ronmental catamethodologicad on mesoporoles at the Univenthetic procedrried out. This na Tech Univeril), to study S‐1) for joining tharch line was thd out several reas a Visiting R
and later as AsEnterprise andh the Universityave participaterials for clean e
rch way durine an European PhD Thesis on ding with a stafrom Junta of etic route to proup of Pesquuan de la Ciervdrid, the reseaoined the Lab
NOx catalytic rees for CO2 tranvernment (2 prsearch groups ernational I+D+first or secondons). I have also
e �247TH ACS
eaker. I have ts from Chemicwer of manuscriternational resA‐Málaga. Morongresses and m
DIVISIÓY GESTADMINI
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lysis and cleanl approaches wous materials, aersity of Genovure to preparenew synthetic arsity (EEUU). In‐containing mohe Structure anhe preparationesearch stays iResearcher to ssociate Resead ENEA (Ministy of Venice, Und in 2 proposaenergy product
ng my last yeaProject (GRD2‐July 6th, 2006‐ay at the UniveAndalusia devo
prepare highly aisa em Separava Fellowship (Jarch line beingboratory of Catemoval from monsformation laredoctoral and (2 nationals an+i Projects (13)d author, and 1o presented 67
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, in particular os. My experimem lithography) S, STM) ‐resolved ARPE
rojects (Frenchalso participatersay), Spain (Ueuven) and Sw
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a Memoria: e proposed herefor application ior and be usedtive biofunctionbiological activ
ring of implanttionary changeplinary approacss a major chal
ntly researcher sent). PhD in Crd Medical Sch Project Team rie Career Integ
tific career he htreatment of stissue regeneraurface coating. esearch lines. of classical stra
tential and capch have been re
tablished his ond Tissue Engineosition as indep
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t materials wites in classical hch, combining lenge in Medic
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pacity to go fuepeatedly awar
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of Biomaterials,he Institute forUSA (2007). Posnternational G012‐2015).
e use of peptidn‐antagonists fhas pioneered tade many signiearch focuses oaterials surface
rther beyond tded and recogn
lines and is cuPC. Thus, the acher, and fully
of Biomaterials
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s in peer‐reviewAppl. Mater. Inteugate Chem. [Q1+Q2. >460 c(45% of publica
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lization of implrative medicinental and orthop cyclic and muroperties, osteo
nerative propedrastically impnd scientific ex
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des and peptidofor anti‐cancerthe developmeificant contribuon the concepte coating.
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lant materials t. In particular, pedic applicatioultivalent peptidogenic potentia
rties constituterove the qualitcellence in the
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omimetics for br therapies andent of peptidic lutions to this sct of multifuncti
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o develop novethese biomaterons. To this enddes, peptidomial and antibacte
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el multifunctionrials are intendd, Dr. Mas explimetics, and naerial features.
y expanding fieients. This resemistry, Biochem
e Technical Uny of Barcelona ersity of Municof the TUM (20
plications, inclutly coating motegrin subtype n which he has inovative approa
his excellent sc
within the gron y Cajal grant isic and/or resea
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rs, including Anare Mater. [1], ese publicationH‐index: 11 (14 ithout the PhD
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nal biomaterialsded to stimulateores the designanopolymers w
eld that is likeearch line requimistry and Mate
iversity of Cata(2009) and visch (TUM), Germ009‐2011). Awa
ding anti‐endoolecules to devselectivity and initiated and leach that overco
cientific record
up of Biomates to consolidatearch system.
iversity of Cata
(2009) and visch (TUM), Germ(2009‐2011). M
gew. Chem. IntBiomacromolens: 7.3). 79% oby Google Schsupervisor (>73
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materials: Surface international n Biomaterials a
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functionalized
European proje
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(2009, UB) andn Master (UPC)
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s and of projecor (2014) by the
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ation with Peptmics conferencenics (2015).
ts as team me
application in re
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r the Czech Scirsity Quality As
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Germany), 1 M
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of the
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immers, tetramniversity Roviraasmonic structble sensor devic
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Vigo, Spain 200hemistry II at thpain (Tarragonaesearch associaurie Fellow.
Whit more thanorresponding (8ere written in oesides his relatelevance of his rticles and hot eferee of many enary lectures e is also involveotal, 1 finish anolving, decision EF‐Marie Curie)
nding of 355.95s work involve nctionalizationdividual and courrently, his sc
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a Memoria: ry BCs (2004) aearch throughn, characterizatany, he focusedrolling size andh surface modes controlling id optical prophem for the dted at the grouermany in the grinting and AFMning all the preplasmonic coued and supervibstrates like suMoreover, he w
mers�). Nowaa I Virgili in Tarures for SERS sces for health c
Currículum Vs‐Perez receivebetween Spaindvanced Studie04) where he ahe University oa), and becomeate in the Zepto
30 papers in 8) or as first autorder to protecttively short sciwork. Some epapers ranked prestigious peebeing also awae in the formatd 3 in progressmaking, and co) and a TECNIO
56� from 2014 several researn, coating, and ollective plasmocientific intere
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c platforms for S
and a materialsout his careerion and applicad on the synthd shape of plasmification. In conndependently terties of theseevelopment ofp of Prof. Liz Mgroup of Prof. FM as characterizeviously acquirepling became aised. During thupercrystals, linwas also able to
days, after he rragona at the sensing. With acare, using bio‐f
Vitae: d his PhD degren and Germany es and Researchalso worked asf Bayreuth (Gee a Senior Reseonic group (Dep
prestigious jouthor (13), has at the intellectuentific carrier, evidences of thbetween the mer review journrded with two tion of young ss). Demonstratiommunication Ospring fellows
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s science PhD r has been maations. Initially,hesis of plasmomonic and magnsequence, he the size and sh materials. Subf sensors usingMarzan. Then, inFery where he szation tool. Afted knowledge. a core topic of hhese 5 years asnear arrays, or o organize part
was granted wgroup of Prof.
a group of 3 Phfunctionalized S
ee in Physical Cat the Colloidah (Caesar) in Bs a postdoc inrmany) as a Poearcher officer partment of Phy
urnals being oan h‐index of 1al property andDr. Pazos‐Perehis recognition most read and nals and has givposter prices. scientist by direing his manageabilities togethhip co‐financed
he wet chemicambly into orderogether with thd in the synth
S RAMÓN YOCATORIA
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(Nov 2008), Nainly devoted , during his Phonic materials gnetic particleswas able to gr
hape of each cobsequently, he g surface enhan August 2009, started to workter several mon The developmhis group in Bays group leader3D superstructicles in solutio
with an IEF Ma. Alvarez PueblD students, hisSERS encoded n
Chemistry in 20al Chemistry Gronn (Germany 2009 at the Costdoctoral Resat Medcom Adysical Chemistr
ne of the prin18 with more thd their possibleez has earn th are depicted most cited artiven many oral p
ecting and menement and leadher with the abd by the Marie
al synthesis of red structures he developmenhesis and bio‐f
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icolas Pazos Peto the investiD studies co‐suand their surfas either in aquerow epitaxialy ponstituent. Thecontinued witnced Raman sHe joined the pk on particle alinths working onment of organizyreuth composr in Bayreuth htures studying n forming clust
arie‐Curie grana as group leas main researchnanoparticles e
008 from the Unoup (CCG) supe) by Prof. MichCCG. After thisearch associatedvance. Currenry) at the Unive
cipal investigathan 850 citationcommercializa
he recognition from his scienicles, including presentations a
ntoring mastersdership skills asility to get funde Curie actions
plasmonic nanoat the nano annt of highly efficfunctionalizatio
erez possessesgation of plasupervised by Pace functionalizeous or organicplasmonic materefore, being ah the developmcattering (SERSphysical chemisgnment and fun this topic, heed plasmonic ssed of a PhD stuhe develop tectheir plasmoniters with concr
nt, and returneder in charge oh line is the devither in fluids o
niversity of Vigoervised by Prof.hael Giersig. Hes period, he joe. Almost 5 yeatly (since 2014ersity Rovira i V
tors in the 70 ns. Due to the tion from his fellowtific contributialso several coat international
s students (7 dgroup leader b
ding as for examand the COFU
oparticles, includ macro scalescient SERS encoon of SERS en
DIVISIÓY GESTADMINI
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s a highly multsmonic materiaProf. Liz Marzanzation. His Pionc solvents and terials on the suable to separatement of plasmS) spectroscopystry II departmeunctionalizatione set up a new substrates for Sudent and sevechniques for oric responses anrete number of
ed back to Spaof the synthesivelopment of por in organized
o (UVigo, Spain. Luis Liz Marzae has a Chemisoined the Depaars later, in 2014) he works as Virgili (Tarragon
% of his publquality of his w
w researchers ions which havover pages (7). l conferences in
efended) and dby planning exmple, an Intra‐EUND regional p
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idisciplinary prals, from synthn in Spain and neer PhD worktheir phase traurface of prefoely a la carte tuonic structuresy as a postdocent at the univen of substrates research line wSERS detectioneral master studrganizing plasmnd their usabiliparticles (dimm
ain he works ais of highly effipossible commesubstrates.
n). ). His PhD stan and co‐advisstry BSc from Uartment of Phy13 he moves basenior Postdoca, Spain) as a M
ications either work, 3 patents
for the qualityve been highligHe is also an ancluding invited
doctoral thesis periments, proEuropean fellowrogram with a
pe and size con of controlling icles and substronic nanomate
MACIÓN A Y
TIÓN
rofile. hesis, Prof. k was nsfer rmed uning s and ctoral ersity using within , and dents monic ity as mers,
t the icient ercial
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systems for bio
S RAMÓN YOCATORIA
de acceso
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Y CAJAL A 2015
general
ations.
DIVISIÓY GESTADMINI
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