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Fo
r the 2020
editio
n, the theme o
f P
hysics@V
eldhoven is ‘T
he Art o
f Physics’.
You w
ill find
various art o
bjects thro
ugho
ut the venue that sho
w the b
eautiful interfaces b
etween art and
physics. Yo
u can also create
your o
wn art d
uring a w
alk-in wo
rkshop
by artist
Ana O
osting
. Mo
re inform
ation ab
out the art and
the w
orksho
p can b
e found
in the conference ap
p.
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WO
.NL
NWOCOMPLETE PROGRAMME
POSTER PRIZES
NEW THIS YEAR: PHYSICS MEETS INDUSTRY
NWO PHYSICS PRIZES
NWO Domain Science promotes, coordinates and finances fundamental research in the Netherlands in the exact and natural sciences. If you have any questions concerning the NWO organisation, please come and meet us at the NWO information stand in the Kempenzaal or join the NWO info session on Tuesday at 13.20 hours. More information about this session can be found in the conference app.
The Physics@Veldhoven Poster Prizes will be awarded on Wednesday at 16.30 hours. Please note: to be eligible for a Poster Prize nomination, the presenting author of the poster must be present during their appointed presentation time-frame, as well as during the Poster Prize award ceremony on Wednesday.
Our exhibition floor, where industry meets the visitors of Physics@Veldhoven. Find partners for future collaborations and expand your network!
A variety of companies is present. Come and meet ASML, Canon Production Printing, Q-corner, Single Quantum, TNO, Optics, TMC, SCM and Hamamatsu Photonics Deutschland GmbH.
The following prizes will be awarded on Tuesday evening: • NWO Physics Thesis Award • Minerva Prize• NWO Physics Valorisation Prize
All prize winners will present their prizewinning work on Wednesday in session PW9.
21-2
2 JA
NU
AR
Y 2
020
NWO EVENTS APPDownload the free NWO Events app for iOS or Android! Search for ‘NWO Events’ in your app store. In the NWO Events app you will find the event Physics@Veldhoven. Once installed, all information of the Physics@Veldhoven event can be accessed offline. Now you can create your personal programme, find all the abstracts, and consult the floorplan.
session Focus session FT1 Focus session FT2 Focus session FT3 Focus session FT4 Focus session FT5 Focus session FT6 Focus session FT7 Focus session FT8 Focus session FT9
title Probing the dark sector in space and in the lab
Antiferromagnets as the next challenge in magnetism
Quantum technology prospects for the 2020’s
Hydrodynamics at all length scales: high-energy, quantum and soft matter, and industry applications
New perspectives in quantum gravity
Follow your passion. Should you? Challenges in plasma physics Machine learning for soft materials The science of diversity
location Room 10 (Baroniezaal) Room 3 (Auditorium) Room 9 (Brabantzaal) Room 2 (82-83) Room 4 (Parkzaal) Room 7 (Boszaal) Room 6 (63-64) Room 8 (55-58) Room 1 (80-81)
chair Alexey Boyarsky (LEI) Reinoud Lavrijsen (TU/e) Carlo Beenakker (LEI) Jácome Armas (UvA),Jan de Boer (UvA)
Frank Saueressig (RU) Johan Klootwijk (Philips Research / NNV) Paola Diomede (DIFFER) Corentin Coulais (UvA),Martin van Hecke (LEI)
Liesbeth Janssen (TU/e)
11.10 - 11.40 FT1.1 Gaia Lanfranchi (INFN - Laboratori Nazionali) Feebly interacting particles: experimental landscape
FT2.1 Tomas Jungwirth (Czech Academy of Sciences) Antiferromagnets for neuromorphics and opto-electronics
FT3.1 Mattias Troyer (Microsoft) Quantum computing: from academic research to solving real world problems
FT4.1 Gregory Falkovich (Weizmann Institute)Wonders of viscous electronics
FT5.1 Iosif Bena (Institut de Physique Théorique of CEA-Saclay) Black hole microstate geometries, antibranes and the deSitter landscape
11.11 - 11.25FT6.1 Niels Bultink (QuTech) Follow your passion, you should!
11.25 - 11.40FT6.2 Arjan van der Meij (Docent natuurkunde)Three reasons to be a teacher: June, July and August
FT7.1 Isabel Tanarro (Nat. Research Council of Spain) Low temperature plasmas for laboratory astrophysics
FT8.1 Shmuel Rubinstein (Harvard University)Machine learning and benchtop experiments
FT9.1 Herma Cuppen (RU)Unconscious bias in science
11.40 - 12.10 FT1.2 Joop Schaye (LEI)To better constrain fundamental physics with astronomical observations we should understand galaxies
FT2.2 Rembert Duine (UU) Magnon spin transport in antiferromagnetic insulators
FT3.2 Thomas O’Brien (LEI) Quantum computing for quantum chemistry
FT4.2 Umut Gursoy (UU) Magnetohydrodynamics and particle physics
FT5.2 Eric Bergshoeff (RUG) New avenues in non-relativistic gravity
11.40 - 11.55FT6.3 Kees Wesdorp (Philips)Having impact, leaving a legacy
11.55 - 12.10FT6.4 Mischa van der Haar (NS)
FT7.2 Ute Ebert (CWI)Lightning physics – new observations and puzzles
FT8.2 Marjolein Dijkstra (UU)Machine learning and inverse design of soft materials
FT9.2 Petra Rudolf (RUG), Jasper Knoester (RUG)Making diversity work: a long-term project
12.10 - 12.40 FT1.3 Christoph Weniger (UvA)Uncovering dark matter with deep learning
FT2.3 Alexey Kimel (RU) Antiferromagnetic opto-spintronics
FT3.3 Florian Schreck (UvA) Quantum sensing with ultracold atoms
FT4.3 Luca Giomi (LEI)Hydrodynamics of collective cell behavior: the good, the bad and the chiral
FT5.3 Anupam Mazumdar (RUG) Shedding light on quantum aspects of gravity in a laboratory
12.10 - 12.25FT6.5 Natasja Jovanovic (Bloomon)
12.25 - 12.40FT6.6 Fiona van der Burgt (Wheather Impact)Physics@Africa
FT7.3 Josefine Proll (TU/e)On the path to an optimised fusion reactor
FT8.3 Miguel Bessa (TUD)Machine learning in metamaterial design: fragile becomes super-compressible
12.10 - 13.10FT9.4 Wim van Saarloos (LEI), Diederik Jekel (NNV), Evangelia Demerouti (TU/e), Herma Cuppen (RU), Petra Rudolf (RUG)Panel discussion
12.40 - 13.10 FT1.4 Patrick Decowski (UvA/Nikhef)Detecting dark matter directly
FT2.4 Bert Koopmans (TU/e) Synthetic antiferromagnets for advanced spintronic control
FT3.4 Stephanie Wehner (TUD) Towards a quantum internet
FT4.4 Federico Toschi (TU/e)Complex flows of complex fluids
FT5.4 Renate Loll (RU) Addressing foundational challenges of quantum gravity
12.40 - 12.55FT6.7 Eduard Meijer (Máxima MC)Clinical Physics: work with passion!
12.55 - 13.10FT6.8 Hassan El Barakat (Signify)Follow your passion
FT7.4 Ana Sobota (TU/e)Non-thermal atmospheric pressure plasmas for medicine
FT8.4 Tristan Bereau (UvA)Physics in and out of machine learning for molecular simulations: priors and predictive constraints
session Parallel session PT1 Parallel session PT2 Parallel session PT3 Parallel session PT4 Parallel session PT5 Parallel session PT6 Parallel session PT7 Parallel session PT8 Parallel session PT9
title Atomic, molecular and optical physics I
Light and matter I Strongly correlated systems I Physics of fluids I Statistical physics and soft condensed matter I
Surfaces and interfaces I Subatomic physics I Nanoscience and -technology I Nanoscience and -technology II
location Room 1 (80-81) Room 2 (82-83) Room 10 (Baroniezaal) Room 6 (63-64) Room 8 (55-58) Room 4 (Parkzaal) Room 7 (Boszaal) Room 3 (Auditorium) Room 9 (Brabantzaal)
chair Daniel Horke (RU) Said Rodriguez (AMOLF) Jan Aarts (LEI) Maike Baltussen (TU/e) Valeria Garbin (TUD) Jörg Meyer (LEI) Maxime Schubiger (Nikhef) Milan Allan (LEI) Menno Veldhorst (TUD)
15.15 - 15.30 PT1.1 Koen Sponselee (University of Hamburg)Dynamics in the dissipative Fermi-Hubard model
PT2.1 Gabriel Wolfgang Castellanos (TU/e)Strong light-matter coupling with electric and magnetic resonances in dielectric metasurfaces
PT3.1 Evgenii Barts (RUG)Novel topological defects in iron langasites
PT4.1 Andrés Aguirre-Guzmán (TU/e)Large scale vortices in rotating thermal convection
PT5.1 Jeroen Rodenburg (UU)Thermodynamic variables for active Brownian particles
PT6.1 Vera Janssen (LEI)3D-ARRES: direct measurement of the 3D, unoccupied band structure of 2D materials
PT7.1 Darren Scott (UvA)Model-independent descriptions of new physics
PT8.1 Rubi Km (RU)Aperiodic quantum oscillations in the two-dimensional electron gas at the LaAlO3/SrTiO3 interfaces
PT9.1 Hamit Eren (TUD)Towards stable and permanent electrochemical doping of quantum dots via photo-polymerization
15.30 - 15.45 PT1.2 Henrik Hirzler (UvA)Buffer gas cooling of a trapped ion to the quantum regime
PT2.2 Manashee Adhikary (UT)Allowed light in forbidden gaps
PT3.2 Ping Zhang (RUG)Robust skyrmion-bubble textures in single SrRuO_3 thin films stabilized by magnetic anisotropy
PT4.2 Ivan Girotto (TU/e)The making of a turbulent emulsions
PT5.2 Christine Linne (LEI)Selective microparticle-surface binding via multivalent interactions
PT6.2 Tzu-Chao Hung (RU)Real-space engineering the optoelectronic properties of single molecules
PT7.2 Carsten Burgard (Nikhef)The future of Higgs and Standard Model analyses: prospects for a global EFT combination
PT8.2 Talieh S. Ghiasi (RUG)Charge-to-spin conversion in two-dimensional van der Waals heterostructures
PT9.2 Gertjan Eenink (TUD)Hot universal quantum logic with semiconductor quantum dots
15.45 - 16.00 PT1.3 Victor Colussi (TU/e)Strongly-interacting quantum gases
PT2.3 Sonakshi Arora (TUD)Visualization of edge states in topologically non-trivial photonic crystals
PT3.3 Daniel Varjas (TUD)Topological quasicrystalline insulators? Topological phases without crystalline counterparts
PT4.3 Amitosh Dash (TUD)Mining for new flow regimes: suspensions in Taylor-Couette flow
PT5.3 Arjun Wadhawan (UvA)Unraveling the nucleation of gas hydrates
PT6.3 Thomas Gardenier (UU)Characterisation of seperated s- and p-orbital bands in electronic honeycomb lattices
PT7.3 Chan Wing Sheung (Nikhef) Search for lepton flavour violation in Z boson decays with the ATLAS detector
PT8.3 Sander Kooi (UU)Crystalline topological phases without symmetry indicators
PT9.3 Daniël Bouman (TUD)Spin triplet blockaded supercurrent in a double quantum dot
16.00 - 16.15 PT1.4 Ruud van der Beek (VU)Kicking helium atoms with light; diffraction in an optical lattice
PT2.4 Ananya Ghatak (UvA)Observation of non-Hermitian topology and its bulk-edge correspondence
PT3.4 Mikael Fremling (UU)Chern insulators in ln(8)/ ln(3) dimensions
PT4.4 Tariq Shajahan (TUD)Turbulent sediment transport in a horizontal pipe
PT5.4 Bohdan Yeroshenko (UU)Monitoring the charge of a single nanoparticle with optical tweezers electrophoresis
PT6.4 Manuel Steinbrecher (RU)Electron spin resonance of an individual atom at mK temperature
PT7.4 Cristina Sánchez Gras (Nikhef)Central exclusive production of J/? mesons at LHCb
PT8.4 Xu Yang (RUG)One-dimensional charge transport in a two-dimensional van der Waals chiral crystal
PT9.4 Damaz de Jong (TUD)Dispersive sensing of electron cotunneling between quantum dots in proximitized InAs nanowires
16.15 - 16.35 coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break
16.35 - 16.50 PT1.5 Frank Cozijn (VU)High-precision absorption spectroscopy on molecular hydrogen for tests of fundamental physics
PT2.5 Igor Milov (UT)Similarity in Ru damage induced by photons with different energy: from visible light to hard X-rays
PT3.5 Huaqian Leng (UvA)Superconductivity in the Dirac semimetal PdTe2
PT4.5 Tim Nijssen (TU/e)On the influence of unsteady interaction forces in liquid-solid systems
PT5.5 Soumyadipta Sengupta (TU/e)Multiscale modelling of membrane interfaces for fuel cells and flow batteries
PT6.5 Rinse Liefferink (UvA)New insights in the physics of ice skating
PT7.5 Nadezda Proklova (RU)Search for the Z? decays of the 125 GeV Higgs boson with 139 fb-1 of pp collisions at vs = 13 TeV
PT8.5 Artem Pulkin (TUD)Coupled-cluster study of two-dimensional transition metal dichalcogenides
PT9.5 Michal Pacholski (LEI)Thermo-electric transport along the vortex lattice of a Weyl superconductor
16.50 - 17.05 PT1.6 Yanning Yin (RUG)Sensitive electron-EDM measurement using a slow, intense and cold molecular beam
PT2.6 Lars Loetgering (ARCNL)Novel zone plate design approaches for hyperspectral high-harmonic and soft X-ray microscopy
PT3.6 Damianos Chatzopoulos (LEI)A strongly inhomogeneous superfluid in an iron-based superconductor
PT4.6 Evan Milacic (TU/e)Free liquid surface in agglomerates: a numerical approach
PT5.6 Guillermo Amador (TUD)Hydrodynamic shear transmission across cellular membranes
PT6.6 Raisa Rudge (WUR)Rolling or sliding lubrication? How friction is reduced by hard and soft microparticle layers
PT7.6 Birgit Stapf (Nikhef)Search for heavy ZZ resonances in the llvv final state with the ATLAS detector
PT8.6 Sridevi Krishnamurthi (UT)Lateral heterostructures of transition metal dichalcogenides
PT9.6 Mark Peeters (TU/e)Dynamics of all-optical toggle switching in ferrimagnetic Co/Gd bilayers
17.05 - 17.20 PT1.7 Tim de Jongh (RU) Resolving the onset of the resonance regime in state-to-state controlled NO-He collisions
PT2.7 Jeroen Bosch (UU)Universal spectral properties of transmission channels in multiple scattering media
PT3.7 Matija Culo (RU)Hall effect study of FeSe1-xSx: search for signatures of quantum criticality
PT4.7 Elin Vesper (TUD)Interaction between rarefied sonic metal vapor plumes
PT5.7 Aswin Muralidharan (TUD)Actin networks change cell membrane responses during application of electric pulses
PT6.7 Hao Wu (UT)Energy harvesting from water droplet bouncing and sliding on charged fluoropolymer surfaces
PT7.7 Michele Veronesi (Nikhef)Quantum oscillations and interference phenomena of neutral particles containing the beauty quark
PT8.7 Louis Maduro (TUD)Metallic edge states in zig-zag vertically-oriented MoS2 nanowalls
PT9.7 Roy op het Veld (TU/e)In-plane selective area networks (InSANe) of InSb-Al nanowires
17.20 - 17.35 PT1.8 Muhammad Ali Abbas (RU)Time-resolved mid-infrared dual-comb spectroscopy in an electrical discharge
PT2.8 Rasmus H. Godiksen (TU/e)Correlated fluorescence fluctuations in a two-dimensional semiconductor
PT3.8 Floris Balm (LEI)Isolated zeros destroy Fermi surface in holographic models with lattice
PT4.8 Simone Silvestri (TUD)DNS of coupled convection and radiation on heterogeneous computing facilities
PT5.8 Carmine Anzivino (UU)Equilibrium configurations and capillary interactions of Janus particles at a fluid-fluid interface
PT6.8 Harshal Agrawal (AMOLF)Single crystals from solution at room temperature via assembly and epitaxy of nanocubes
PT7.8 Huibert het Lam (UU)Black hole entropy from string theory
PT8.8 Forrest Bradbury (UvA)An improved current standard using electron turnstiles atop superfluid helium
PT9.8 Youri van Hees (TU/e)Deterministic writing of magnetization via spin current-assisted all-optical switching
17.35 - 17.50 PT1.9 Hernán Velásquez Navarro (UvA)Electronic behaviour of planar and non-planar polycyclic aromatic hydrocarbons
PT2.9 Maarten Degen (TUD)Quantum memories for robust storage in quantum networks
PT3.9 Enea Mauri (UU)Plasmons in the holographic strange metal
PT4.9 Fei Xu (TUD)Blood flow patterns in the patient-specific left ventricle model with dynamic valves
PT5.9 Martin Essink (UT)Universal features of sticky creases
PT6.9 H. Tunç Ciftci (TU/e)Nanopatterning on polymer surfaces using a localized phase transition
PT7.9 Amir Khosravi (RU)Can spacetime be discrete?
PT8.9 Juriaan Lucassen (TU/e)Extraction of Dzyaloshinskii–Moriya interaction from propagating spin waves validated
PT9.9 Iacopo Bertelli (TUD)Imaging coherent spin waves using electron spins in diamond
PARALLEL SESSION PT1 TO PT9
FOCUS SESSION FT1 TO FT9TUESDAY 21 JANUARY 2020
Tuesday 21 January 2020
09.30 - 10.00 Registration Limburgfoyer
10.00 - 10.10 Welcome Beneluxzaal
10.10 - 10.55Plenary lecture: Andrea Liu (University of Pennsylvania) Beneluxzaal
11.10 - 13.10 Focus session FT1-FT9 See programme focus
13.10 - 14.00 Lunch Kempenzaal
13.20 - 14.00NWO info session: KIC 2020-2023 and knowledge utilisation Brabantzaal
13.30 - 17.50Art workshop (walk-in): Soft robotics art
Kempenzaal ‘Get creative here’
14.00 - 15.00 Poster session even numbers Kempenzaal
14.00 - 15.00 Science communication speed dates Limburgfoyer
15.15 - 17.50 Parallel session PT1-PT9 See programme parallel
18.15 - 20.00 Dinner Beneluxzaal
20.00 - 20.25Award ceremony NWO Physics Prizes 2019 Beneluxzaal
20.30 - 21.15After dinner lecture: Heino Falcke (Radboud University) Beneluxzaal
21.30 - 01.00 Bar open Baroniezaal
Wednesday 22 January 2020
09.00 - 11.20 Parallel session PW1-PW9 See programme parallel
11.30 - 12.30 Poster session odd numbers Kempenzaal
11.30 - 13.30 Physics meets Industry speed dates Limburgfoyer
12.30 - 13.30 Lunch Kempenzaal
13.30 - 15.30 Focus session FW1-FW10 See programme focus
15.45 - 16.30Plenary lecture: Rupert Huber (University of Regensburg) Beneluxzaal
16.30 - 16.35Award ceremony Physics@Veldhoven Poster Prizes Beneluxzaal
16.35 Conclusion Beneluxzaal
16.45Departure buses to Eindhoven Central Station
Main entrance NH Koningshof
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session Parallel session PW1 Parallel session PW2 Parallel session PW3 Parallel session PW4 Parallel session PW5 Parallel session PW6 Parallel session PW7 Parallel session PW8 Parallel session PW9
title Atomic, molecular and optical physics II
Light and matter II Strongly correlated systems II Physics of fluids II Subatomic physics II & Surfaces and interfaces II
Statistical physics and soft condensed matter II
Plasma and fusion physics Nanoscience and -technology III Prize winners & Nanoscience and -technology IV
location Room 9 (Brabantzaal) Room 2 (82-83) Room 1 (80-81) Room 7 (Boszaal) Room 3 (Auditorium) Room 4 (Parkzaal) Room 6 (63-64) Room 8 (55-58) Room 10 (Baroniezaal)
chair Richard Hildner (RUG),Katharina Doblhoff-Dier (LEI)
Rebecca Saive (UT) Nadine Hauptmann (RU) Guillaume Lajoinie (UT) Meike Stöhr (RUG),Suzan Basegmez du Pree (Nikhef/Cern)
Laura Filion (UU) Jannis Teunissen (CWI),Thomas Morgan (CWI)
Wolfgang Löffler (LEI) Tamalika Banerjee (RUG)
09.00 - 09.15 PW1.1 Marten Koopmans (RUG)Charge transport in highly doped organic semiconductors limited by Coulomb pseudo-gap
PW2.1 Sudeshna Maity (VU)Visualizing polaron signatures in organic semiconductors
PW3.1 Thierry van Thiel (TUD)Coupling lattice instabilities at oxide interfaces
PW4.1 Thijs de Goede (UvA)Solving crimes with blood. the splashing and spreading of (blood) droplets
PW5.1 Milo Vermeulen (Nikhef)Handles on the pi0 in DUNE and ProtoDUNE
PW6.1 Emanuele Boattini (UU)Classifying local structures in colloidal systems using unsupervised machine learning
PW7.1 Andy Martinez (CWI)Understanding discharge inception in air using high-voltage experiments and PIC simulations
PW8.1 Federico Galeotti (TU/e)A nano opto-electro-mechanical transducer for nanoscale displacement sensing
PW9.1 Hugo Doeleman (ETH Zürich)Winner Physics Thesis Award: When two is better than one. hybrid resonators for strong light-matter interactions
09.15 - 09.30 PW1.2 Koen Heijmans (TU/e)Molecular simulations for composite and doped thermochemical materials
PW2.2 Martha Rivera-Medina (RUG)2D/3D hybrid-halide perovskites for promising blue-light-emitting diodes
PW3.2 Robbert Schoo (TU/e)Charge ordering mechanisms in partially hydrogenated, compressed graphene on SiC
PW4.2 Wojciech Kwiecinski (UT)Evaporation of dilute sodium dodecyl sulfate (SDS) droplets on a hydrophobic substrate
PW5.2 Alfonso Garcia (Nikhef)Results using first detector units from KM3NeT experiment
PW6.2 Massimiliano Chiappini (UU)Exotic nematic phases of banana-shaped particles revealed by lifting the “smectic blanket”
PW7.2 John Sheil (ARCNL)Opacities of laser-produced Sn plasmas and their relevance for next-generation nanolithography
PW8.2 Tomas Manzaneque (TUD)Mass resolution limits of nanomechanical resonators in closed loop
PW9.2 Federica Burla (AMOLF)Winner Minerva Prize. Stress management in composite biopolymer networks
09.30 - 09.45 PW1.3 Luis Enrique Aguilar Suarez (RUG)Singlet fission materials for enhancing solar cell efficienc: a theoretical study
PW2.3 Isabelle Palstra (AMOLF)An unbiased view on perovskite quantum dot intermittency by changepoint analysis
PW3.3 David Soriano (RU)Unveiling magnetic exchange mechanisms in monolayer CrX3
PW4.3 Bo Liu (ARCNL)Mass loss from a semi-transparent stretching sheet of liquid tin
PW5.3 Peter Gaemers (Nikhef)First observation of two-neutrino double electron capture in 124Xe with XENON1T
PW6.3 Vincent Peters (TU/e)Multi-phase coexistence in rod-polymer mixtures
PW7.3 Carl Shneider (CWI)Tomorrow’s space weather: a deep learning approach to forecast geo-effective solar storms
PW8.3 Philip Lucke (UT)Adaptive piezoelectric actuators for XUV wavelengths and scaling of hysteresis
PW9.3 Ron Heeren (Maastricht University)Translational Molecular imaging: how a physicist contributes to personalized medicine
09.45 - 10.00 PW1.4 Carolyn Jil Moll (AMOLF)Anomalous structure of water in between a hyperactive antifreeze protein and the surface of ice
PW2.4 Nasim Tavakoli (AMOLF)Hyperuniform designs for enhanced light trapping in ultrathin single and tandem solar cells
PW3.4 Natalia Chepiga (UvA)Simulating constrained models with tensor networks
PW4.4 Walter Tewes (UT)Self-similar coalescence of liquid lenses
PW5.4 Cornelis Ligtenberg (Nikhef)A pixel TPC readout for a detector at a future e+e- linear collider
PW6.4 Hamed Abbaszadeh (LEI)Liquid-crystal based photonic topological insulators
PW7.4 Aaron Ho (DIFFER)Accelerating tokamak plasma turbulence predictions through the use of neural networks
PW8.4 Anne-Marije Zwerver (TUD)Industrial quantum dot arrays for spin-qubit quantum computation by all-optical 300mm lithography
PW9.4 Hugo Doeleman (ETH Zürich)Federica Burla (AMOLF)Ron Heeren (Maastricht University)Meet and greet prize winners
10.00 - 10.20 coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break coffee/tea break
10.20 - 10.35 PW1.5 Sophie Hermans (TUD)Entanglement between a diamond spin qubit and a photonic time-bin qubit at telecom wavelength
PW2.5 Carl Davies (RU)Plasmonic layer-selective all-optical switching of magnetization with nanometer resolution
PW3.5 Oleksandr Gamayun (UvA)Modeling finite entropy states with free fermions
PW4.5 Pablo Peñas (UT)Ultrasound-enhanced mass transfer during single-bubble diffusive growth and dissolution
PW5.5 Seenivasan Hariharan (LEI)Vibrational lifetimes of surface phonons from molecular dynamics simulations: Rayleigh mode on copper
PW6.5 Brice Saint-Michel (TUD)Acoustic excitation of small bubbles in yield-stress fluids
PW7.5 Timo Ravensbergen (DIFFER)Feedback control of the impurity emission front during divertor detachment in tokamaks
PW8.5 Guanqiao Li (RU)THz emission spectroscopy as an ampermeter of subpicosecond photocurrents in Co/Pt
PW9.5 Qikai Guo (RUG)Tunable resistivity exponents in the metallic phase of epitaxial nickelates
10.35 - 10.50 PW1.6 Sebastian Stäter (RUG)Towards directed exciton energy transport in supramolecular poly(3 hexylthiophene)-nanofibres
PW2.6 Rifat Kamarudheen (DIFFER)Plasmon-driven synthesis of single core@shell nanoparticles
PW3.6 Wouter Buijsman (UvA)Gumbel statistics for entanglement spectra of many-body localized eigenstates
PW4.6 Vignesh Murali (TU/e)Infrared thermograpy of sorptive heating of thin porous media
PW5.6 Yigitcan Uzun (UT)Acoustoelectric transport at the LAO/STO interface by surface acoustic waves
PW6.6 Kianoosh Taghizadeh (UT)Elasticity and wave propagation in granular materials
PW7.6 Peter Rindt (TU/e)Liquid metal and 3D-printed tungsten: solving the heat load problem in fusion reactors
PW8.6 Sourav Maiti (TUD)Dynamics of singlet fission in tetracene and triplet transfer to silicon
PW9.6 Andreas Wallucks (TUD)An optomechanical quantum memory at telecom wavelengths
10.50 - 11.05 PW1.7 Gerwin Osnabrugge (UT) Maximizing the field-of-view of optical microscopes using scattered wave correlations
PW2.7 Patrick Spaeth (LEI)Photothermal circular dichroism: a new technique to study chirality
PW3.7 Joris Kattemölle (UvA)Dynamical fidelity susceptibility of decoherence-free subspaces
PW4.7 Andrei Kozhevnikov (TU/e)Influence of the recoating parameters in stereolithography on the liquid layer uniformity
PW5.7 Brian Baker (RUG)On-surface atom exchange reactions in cyanophenyl and pyridyl-functionalized porphyrin networks
PW6.7 Corrado Rainone (UvA)What can we learn from pinching a glass?
PW7.7 Ray Chandra (DIFFER)Plasma exhaust for fusion reactors: numerical simulation and comparison with plasma beam experiments
PW8.7 Marco Valenti (AMOLF)Electrochemical growth of III-V photonic crystal slabs
PW9.7 Xukai Zhang (RUG)Precipitate evolution in ultra-low loss transformer core steel
11.05 - 11.20 PW1.8 Vitaly Fedoseev (LEI)High efficiency coherent state transfer in optomechanics
PW2.8 Matthias Liebtrau (AMOLF)Spatial mapping of nano-scale plasmonic near-fields with electrons
PW3.8 Bart van Voorden (UvA)Quantum many-body scars from a single particle perspective
PW4.8 Abel-John Buchner (TUD)Near-surface kinematics of a model swimming organism at low Reynolds number
PW5.8 Mahesh Krishna Prabhu (LEI)Operando observation of CoMoS catalyst under hydrodesulfurization conditions using the ReactorSTM
PW6.8 Joep Rouwhorst (UvA)Visualizing the internal fracture mechanism of soft composite materials
PW7.8 Wei Ou (DIFFER)Deuterium retention in liquid metal (Li&Sn) samples exposed to fusion-relevant flux plasmas
PW8.8 Elham Fadaly (TU/e)Efficient direct bandgap emission from hexagonal SiGe
PW9.8 Christian Dieleman (AMOLF)Direct patterning of semiconductor nanocrystals by e-beam lithography
11.20 - 11.35 PW7.9 Isabel Krebs (DIFFER)Theoretical model for magnetic flux pumping in hybrid tokamak discharges
TUESDAY WEDNESDAY
Room Focussession
Parallelsession
Focussession
Parallelsession
1 (80-81) FT9 PT1 FW5 PW3
2 (82-83) FT4 PT2 FW2 PW2
3 (Auditorium) FT2 PT8 FW6 PW5
4 (Parkzaal) FT5 PT6 FW7 PW6
5 (65) - - FW9 -
6 (63-64) FT7 PT4 FW1 PW7
7 (Boszaal) FT6 PT7 FW3 PW4
8 (55-58) FT8 PT5 FW4 PW8
9 (Brabantzaal) FT3 PT9 FW8 PW1
10 (Baroniezaal) FT1 PT3 FW10 PW9
11 (Limburgfoyer) Communication speed dates
Physics meets industry speed dates
session Focus session FW1 Focus session FW2 Focus session FW3 Focus session FW4 Focus session FW5 Focus session FW6 Focus session FW7 Focus session FW8 Focus session FW9 Focus session FW10
title High-harmonic generation sources for lensless imaging and diffraction metrology
Contact materials and interfaces for perovskite solar cells
HFML-FELIX: matter under extreme conditions of intense infrared radiation and high magnetic fields
Mysterious puzzles in particle physics
Iontronics from a nanoscale perspective
Physics meets math Science communication Correlated quantum phenomena in novel 2D materials
Physics meets Industry Physics for energy
location Room 6 (63-64) Room 2 (82-83) Room 7 (Boszaal) Room 8 (55-58) Room 1 (80-81) Room 3 (Auditorium) Room 4 (Parkzaal) Room 9 (Brabantzaal) Room 5 (65) Room 10 (Baroniezaal)
chair Peter Kraus (ARCNL) Monica Morales Masis (UT),Sjoerd Veenstra (Solliance)
Moniek Tromp (RUG) Niels Tuning (Nikhef),Marcel Merk (Nikhef)
René van Roij (UU),Sanli Faez (UU)
Walter van Suijlekom (RU),Kees Storm (TU/e)
Pam van Schouten (NWO Office)
Nadine Hauptmann (RU),Malte Rösner (RU)
Bram Borkent (NWO Office) Richard van de Sanden (DIFFER)
13.30 - 14.00 FW1.1 Stefan Witte (ARCNL) Lensless imaging with coherent extreme ultraviolet radiation
FW2.1 Stefaan de Wolf (King Abdullah University of Science and Technology) Defect and contact passivation for perovskite solar cells
FW3.1 Britta Redlich (RU) HFML-FELIX: Matter under extreme conditions of intense infrared radiation and high magnetic fields
FW4.1 Gudrun Hiller (TU Dortmund) Directions for physics beyond the Standard Model
FW5.1 Lydéric Bocquet (Ecole Normale Supérieure de Paris) Water flows at ultimate scales and exotic ionic transport
13.30 - 13.45FW6.1 Francesca Arici (LEI) Operator algebras and quantum theory
13.45 - 14.00FW6.2 Jan Bouwe van Berg (VU)Symmetric energy-minimizing structures in the Ohta-Kawasaki model for diblock copolymers
FW7.1 Julia Cramer (LEI) Is the Netherlands quantum ready? About attitude and acceptance of societal groups
FW8.1 Maciej Koperski (University of Manchester) Thin layers of CrBr3 and CrI3: reconnaissance ventures into 2D magnetism
FW9.1 Erwin Kessels (TU/e) Atomic-layer-deposited nanolayers enabling higher efficiency solar cells at your roof
FW10.1 Andrea Baldi (DIFFER) Plasmonics for chemistry: sensing and driving chemical reactions at the nanoscale using light
14.00 - 14.30 FW1.2 Cord Louis Arnold (Lund University)Spatiotemporal coupling of attosecond pulses
FW2.2 Loredana Protesescu (RUG)From conventional colloidal nanocrystals to novel nano-heterostructures for energy applications
FW3.2 Alexander Brinkman (UT)Quantum transport in high fields
FW4.2 Kjeld Eikema (VU)The proton radius puzzle - testing fundamental physics with precision spectroscopy
FW5.2 Esther Alarcón-Lladó (AMOLF)Probing ion dynamics at the solid-liquid interface with an electrochemical force microscope
FW6.3 Lydia Bieri (University of Michigan)Insights into the gravitational wave memory effect
FW7.2 Maria Sovago (Stralia)Science on stage: transferable skills for any 21st century scientist
FW8.2 Brian Kiraly (RU)Interplay between moiré structure and electronic instabilities in monolayer vanadium sulfide
FW9.2 Daniel Bonn (UvA)The physics of blood pattern analysis: CSI Amsterdam
FW10.2 Jonathan Citrin (DIFFER)Fast and accurate turbulence modelling for fusion plasmas with neural networks
14.30 - 15.00 FW1.3 Robert Riedel (Class 5 Photonics GmbH)Femtosecond 100 W-level OPCPAs from near-IR to short-wave-IR wavelengths as HHG driver sources
FW2.3 Mariadriana Creatore (TU/e)Design of interfaces in hybrid perovskite solar cells by atomic layer deposition
FW3.3 Filip Cuyckens (Janssen R&D)Infrared ion spectroscopy: a promising tool for metabolite identification
FW4.3 Miriam Lucio Martinez (Nikhef)Anomalies in quark flavour physics
FW5.3 Michel Orrit (LEI)Towards optical probing and manipulation of single molecules with gold nanoparticles
14.30 - 14.45FW6.4 Timon Idema (TUD)The maths of membranes: differential geometry in living cells
14.45 - 15.00FW6.5 Maris Ozols (UvA)Undecidability and quantum mechanics
FW7.3 Diederik Jekel (NNV)How to communicate your science!
FW8.3 Jasper van Wezel (UvA)Charge order in real (2D) materials
FW9.3 Jacob Hoogenboom (TUD)From milimeter to molecule: multi-scale, multi-modal micro-scopy with photons and electrons
FW10.3 Süleyman Er (DIFFER)Autonomous energy materials discovery
15.00 - 15.30 FW1.4 Christina Porter (University of Colorado at Boul)Quantitative lensless imaging reflectometry using tabletop high harmonic EUV light
FW2.4 Erik Garnett (AMOLF)Understanding halide perovskites at the nanoscale
FW3.4 Ben Murdin (University of Surrey)Orbit and spin dynamics in silicon donors: high fields and THz pulses for the when, where and how
FW4.4 Daan van Eijk (Nikhef)Mysteries in neutrino oscillations
FW5.4 Serge Lemay (UT)Electrochemistry in micro- and nanochannels controlled by streaming potentials
FW6.6 Stephanie Wehner (TUD)Post-disciplinary quantum science: quantum information in context
FW6.7 Margot Snel (NWO)NWO info talk
FW7.4 Maarten van der Sanden (TUD)Catch the waves
FW8.4 Jianting Ye (RUG)Ising superconductivity in 2D materials
FW9.4 Team Somni Solutions10 years of Physics with Industry – the Case of Somni Corporation
FW10.4 Richard Stevens (UT)Flow structure and turbulence in wind farms
WEDNESDAY 22 JANUARY 2020 PARALLEL SESSION PW1 TO PW9
FOCUS SESSION FW1 TO FW10
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SPEED DATES
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PHYSICS MEETS INDUSTRY
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