Excellence-driven condensed matter physics & quantum phenomena research
A highly stimulating environment attracting top-level scientists.
What are the fundamental properties of matter? How do functional materials work? What future directions will quantum technologies and advanced materials take? Research at DPhyMS targets five areas, mixing theoretical and experimental approaches: Quantum Science & Technology, Statistical Physics & Machine Learning, Soft & Living Matter, Photovoltaics & Sustainable Energy, Spectroscopy & Functional Materials
Our research groups
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Complex Systems and Statistical Mechanics
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Dynamics of Fluids
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Experimental Soft Matter Physics
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Integrative Biophysics
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Laboratory for Energy Materials
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Laboratory for Photovoltaics
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Liquid crystals and nanomaterials
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Multifunctional Ferroic Materials
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Nanomagnetism
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Physics of Active Matter
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Physics of Advanced Materials
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Physics of Living Matter
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Quantum Dynamics and Control
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Quantum Information Theory
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Surface and Interface Physics
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Theoretical Chemical Physics
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Theoretical Solid State Physics
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Theory and Simulation of Functional Materials
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Theory of Mesoscopic Quantum Systems
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Ultrafast Condensed Matter Physics