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Dimitris G. Angelakis GroupWorks on theoretical quantum optics and implementations of quantum information. Particular interests include quantum simulations of condensed matter effects with photons. |  |
Oh Choo Hiap GroupHas three main research areas: quantum phase factors and their application in information processing, decoherence, entanglement and other measures of quantum correlations. |
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Berge Englert GroupInvestigates what can be known about a quantum system, for example through quantum state tomography. Also works on cold atoms in lattices including graphene-like structures. |  |
Valerio Scarani GroupBridges theory and experiment in quantum optics and atomic physics, with particular focus on the usefulness of non-locality in device-independent processing.
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Dagomir Kaszlikowski GroupExplores the foundations of quantum theory. Particular interests include whether there exists a quantum-classical boundary, contextuality and constraints on quantum correlations. |  |
Vlatko Vedral GroupInvestigates topics in quantum information ranging from discord, an alternative measure of quantum correlation, to thermodynamics. Ventures into quantum biology. |
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Kwek Leong Chuan GroupWorks on quantum information with a particular focus on applied systems, including quantum processors and simulators. |
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Murray Barrett GroupFocuses on the interfacing of atoms and photons via cavity QED for quantum information applications and precision metrology.
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Wenhui Li GroupExplores quantum many-body physics in and applications for ultracold Rydberg gases. Collaborates with the Kai Dieckmann group to experiment on atoms in optical lattices. |
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Kai Dieckmann GroupExperiments on ultracold gases, including investigation of Fermi mixtures and a collaborative project with the Wenhui Li group on atoms in optical lattices.
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Alexander Ling GroupBuilding compact, rugged and effective optical entanglement systems for experiments including a satellite-borne test of entanglement. Has an active interest in nonlinear optics.
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Rainer Dumke GroupWorks on superconducting atom chips, Bose-Einstein condensates, miniaturized optical systems for quantum information processing and a portable atom gravimeter.
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Dzmitry Matsukevich GroupDevelops methods to prepare, manipulate and detect the internal states of trapped molecular ions for spectroscopy, precision measurements and quantum information processing. |
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Bjorn Hessmo GroupInvestigates cold atoms in microtraps built with technologies from the semiconductor industry, integrating electrical chip structures with micro-optics.
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Manas Mukherjee GroupPrepares ion trap systems with goals including emulating condensed matter systems and tests of fundamental physics. Also interested in using ions for information processing and metrology. |
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Christian Kurtsiefer GroupImplements quantum information building blocks with photons and atoms, with expertise in entangled photon pair sources, single photon detection and unconventional atom-photon interactions.
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Miklos Santha, Rahul Jain & Hartmut Klauck Group
Explores the intersection of computer science and quantum theory, including quantum algorithms, communication complexity, interactive proofs and quantum games.
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Stephanie Wehner Group
Combines expertise in physics and computer science to tackle problems ranging from quantum information theory and cryptography to fundamental concepts such as entanglement.
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Exploratory Initiatives Group
Members of this group work on various projects that are exploratory in nature. |
