Research News
Observation of an exceptionally large quantum many-body quasiparticle in a two-dimensional material
A research team at TUM has discovered an exceptionally large exciton in an atomically thin WSe₂ semiconductor, involving up to twenty interacting particles—far more than the usual electron–hole pair. The discovery opens a new frontier in quantum many-body physics.
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© S. Glaser / TUM The Quantum Bead Game
Prof. Steffen Glaser and Dr. Dennis Huber of TUM, developed a precise mapping between quantum physics and spheres, making quantum phenomena visible.
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© Jan Greune / MQV Quantum Simulation: Making Collective Phenomena Visible
MCQST researchers are developing methods for the direct observation of novel many-body systems.
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© Google Quantum AI Exotic Phase of Matter realized on a Quantum Processor
A research team with MCQST members, Frank Pollmann and Michael Knap, shows a successful new approach for reach of out-of-equilibrium matter.
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