C4.236, D0.120 +31 20 525 6363 m.s.golden-at-uva.nl

Photoelectron spectroscopies of quantum matter

C3.251 +31 20 525 5643 j.vandegroep-at-uva.nl

2D Nanophotonics

C4.245 +31 20 525 5749 e.vanheumen-at-uva.nl

Far and near field optical spectroscopy of quantum matter

C4.239 +31 20 525 6337 Y.Huang-at-uva.nl

Crystal growth of correlated materials

C4.251 a.isaeva@uva.nl

Explorative synthesis of quantum materials

C4.235 +31 20 525 5732 A.deVisser-at-uva.nl

Magnetic, thermal and transport experiments in quantum electron matter

C4.260 +31 20 525 5746 physics-at-jvanwezel.com

Theory of quantum materials

P.Planken-at-arcnl.nl

t.a.bauer-at-tudelft.nl

Exciton-polariton metasurfaces

Exciton dynamics

j.gronqvist-at-uva.nl

Theory of exciton dynamics in 2D semiconductors

Topological quantum matter, non-Hermitian topology, analogue gravity

b.m.limposerradossantosdias-at-uva.nl

Analog optical image processing with quantum materials

f.r.e.vangorp-at-uva.nl

Kirigami reconfigurable optical metasurfaces

l.guarneri-at-uva.nl

Tunable atomically-thin optical metasurfaces

t.hoekstra-at-uva.nl

Tunable monolayer WS2 nanoscale photodetector

Room: D0.120 Tel: +31 20 525 5758 (lab) j.p.lorenz-at-uva.nl

Strongly correlated topological materials (TOPCORE program)

C4. 273b

Quantum state reduction, black hole analogues

C4. 273b

Quantum state reduction, decoherence

C4. 273b

Discrete and emergent gravity

S.Rigter--at--amolf.nl

Synthesis and microscopy of novel perovskite materials (shared with Prof. E. Garnett, AMOLF and Prof. Peter Schall, UvA)

Room: D0.120 Tel: +31 20 525 5758 (lab) m.v.salis-at-uva.nl

Topological superconductors

D0.120 s.smit-at-uva.nl

ohmura-at-phys.sc.niigata-u.ac.jp

high pressure expert; visiting prof. Niigata Univ.

C4.245 +31 20 525 5793

Nano-materials for light and energy

D0.120 s.bron-at-uva.nl

near-field spectroscopy of correlated matter and plasmonic materials

single dot spectroscopy, quantum yield (PhD student)

quantum yield, single dot spectroscopy (MSc student)

correlative force micro-spectroscopy, perovskites (MSc student)

https://katalog.uu.se/profile/?id=N17-2307

D0.120 x.feng-at-uva.nl

Optical spectroscopy of correlated matter

Charge order, quasicrystals, topology

C4.234

PT symmetry, non-Hermitian topology, mechanical metamaterials

a.goyal--at--uva.nl

single-dot spectroscopy, atomic force microscopy, mechano-chemistry (shared with Prof. P. Schall)

C4. 273b

Charge order and topological materials

hoshi-kazuhisa-at-ed.tmu.ac.jp>

Visiting PhD student from Tokyo Metropolitan University

C.Huang--at--uva.nl

correlative optical and atomic force microscopy, nanomaterials assembly

fumihiro-at-phys.sc.niigata-u.ac.jp

high pressure expert; visiting prof. Niigata Univ. (Japan)

C4.238 g.kanoutas-at-uva.nl

CWI - L230

Decoherence free subspaces, superdecoherence, quantum variational eigensolvers

Holography, topology

lenghuaqian-at-hotmail.com

PhD 2020 Experimental investigation of topological superconductors

Topological transport, solitons

nanomaterials assembly (PhD student; co-supervisor)

C4.261e

Topological insulators, quantum criticality, superconductivity, nanomaterials, black hole analogues

quantum yield methodology (MSc student)

silicon nanocrystals synthesis (post-doc; Spectris-dot B.V.)

nikitintema-at-gmail.com

PhD 2017 On the phase diagram of the superconducting ferromagnet UCoGe and other unconventional superconductors

ypanbx-at-gmail.com

PhD 2016 Topological insulators and superconductors

Topology, charge order, orbital order

silicon nanomaterials synthesis (researcher, Spectris Dot BV)

Charge order

tvanbay-at-gmail.com

PhD 2014 Experimental investigation of potential topological and p-wave superconductors