Simon Wegener

## TEAM OF PRINCIPAL INVESTIGATORS

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## Nicolae Atodiresei

**C01**first principles simulations,

molecular nanostructures

hybrid interfaces, molecular

electronics and spintronics

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## Petra Becker-Bohatý

**A02**

crystal chemistry,

structural crystallography,

crystal growth, crystal physics,

materials science

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## Stefan Blügel

**C01**theory of electronic properties of real solids, spintronics,

low-dimensional systems,

spin-orbit related phenomena

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## Erwann Bocquillon

**B07**

experimental condensed matter physics, dc and time-resolved transport, topological insulators

edge states

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## Jens Brede

**B06**scanning tunneling microscopy, hybrid interfaces, and topological defects

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## Oliver Breunig

**B01**topological materials, nanodevice fabrication, mesoscopic transport,

low-dimensional magnetism, thermodynamics

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## Sebastian Diehl

**C03 / C04**driven open quantum systems, topological order out of equilibrium, functional renormalization group techniques, Keldysh path integrals

## Markus Grüninger

**B03**exp. condensed matter physics, optical spectroscopy, strongly correlated electron systems, spins and orbitals,

topological insulators

## Joachim Hemberger

**B07**broadband dielectric and optical spectroscopy, frustrated magnetism, ferroelectrics, multiferroics, spin-ice, (quantum-)critical dynamics

## Wouter Jolie

**B06**scanning tunneling microscopy, 2D materials, atomic manipulation

## Corinna Kollath

**C05**correlated many body systems, non-equilibrium phenomena in quantum systems, numerical many-body physics

## Annika Kurzmann

**A01**t.b.a.

## Urban Seifert

**C03 **condensed matter theory,

quantum magnetism and spin liquids, driven systems, moiré materials

## Michael Scherer

**C02**condensed matter theory, strongly correlated fermions, quantum critical phenomena, moiré materials

## Alexey Taskin

**A04**experimental condensed matter physics, topological materials, molecular beam epitaxy, transport measurements

## Ionela Lindfors-Vrejoiu

**A01**epitaxy of complex oxides, ferromagnetic and ferroelectric oxide thin films and superlattices, pulsed-laser deposition

## FORMER PRINCIPAL INVESTIGATORS

## Ralf Bulla

**C03**theory of condensed matter,

quantum phase transitions,

quantum impurity physics,

renormalization group methods

## Alexander Grüneis

**A01**2D materials: synthesis and

functionalization photoelectron spectroscopy,

Raman spectroscopy

## Maria Hermanns

**C02**theory of condensed matter,

strongly correlated systems,

quantum spin liquids, entanglement, fractional quantum Hall effect

## Ciarán Hickey

**C03**condensed matter theory, strongly correlated electron systems, quantum magnetism, topological phase

## Zhe Wang

**B05**correlated matter, equilibrium and nonequilibrium dynamics, nonlinear response, time resolved optical spectroscop

## Fan Yang

**A04**exp.condensed matter physics, topological materials, transport measurements, nano-device fabrication