Organisation: Faculty of Science, Technology and Medicine (FSTM)
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Research Groups
Theory and Simulation of Functional Materials
Learn moreWe use various theoretical and simulation methods to study (discover) materials properties, focusing on functional oxides like ferroelectrics and mlutiferroics.
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Research Groups
Theoretical Solid State Physics
Learn moreWith the equations of quantum mechanics, implemented in modern computer codes, we calculate the physical properties of materials and predict new structures.
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Research Groups
Theoretical Chemical Physics
Learn moreBridging quantum mechanics, statistical mechanics, and machine learning to enable the modeling of systems at the intersection of physics, chemistry and biology
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Research Groups
Surface & Interface Physics
Learn moreWe use scanning probe and photo-electron spectroscopy methods to study the fundamental properties of surface and interfaces in solar cell and 2D materials.
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Research Groups
Quantum Information Science and Technology
Learn moreQIT group research combines theoretical quantum physics, information theory, nonequilibrium pheneomena and their control.
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Research Groups
Quantum dynamics and control
Learn moreWe are a theoretical group studying quantum open systems and non-hermitian dynamics, applied to many-body chaotic systems and to developing models for experiment
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Research Groups
Physics of active matter
Learn moreWe aim at exploring the thermodynamics of nonequilibrium systems whose constituents consume energy to sustained dynamical patterns.
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Research Groups
Physics of Living Matter
Learn moreSengupta Lab reveals LIFE (Living In Fluctuating Environments) spanning human to environmental microbes, facing local changes due to natural or man-made causes
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Research Groups
Nanomagnetism
Learn moreThe research of the Michels group is centered around the technique of magnetic small-angle neutron scattering (SANS).