Three out of ten detector modules of the exploratory experiment STRAW-b for the investigation of the Pacific Ocean in preparation for the planned neutrino telescope P-ONE. Image: Simon Freund / TUM
Scanning tunnelling microscopic image of the quasicrystalline network. Image: J. I. Urgel / TUM
Thanks to a new staining method, the device developed at MSB can also be used to examine soft tissue in 3D. Image: Andreas Heddergott / TUM
TUM Research on nanophotonic systems. Image: Wolfgang Filser / TUM
Artistic depiction of antihelium annihilation in the ALICE detector at CERN and in the universe. Photo: ORIGINS Cluster/S. Kwauka
TUM Research on nanophotonic systems. Photo: Wolfgang Filser / TUM
The infrared image shows the Helix Nebula, located 700 light-years from Earth, captured by a telescope of the ESO, one of the partners in the ORIGINS Excellence Cluster. The cluster investigates the origins of the universe and the first life. Image: ESO / VISTA / J. Emerson
Magnetically shielded room of the nEDM experiment in the east hall of FRM II. Image: Astrid Eckert / TUM
In ZNN's clean room nanoscale materials and circuits are built. Image: A. Eckert / TUM
Schematic of a device for x-ray dark field imaging. Image: ediundsepp Gestaltungsgesellschaft / TUM
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Physics on Campus Garching
In the Physics Department of TUM School of Natural Sciences, scientists conduct research on current and exciting topics in physics, “from the smallest to infinity” because physics gives us the answers to questions about the smallest and biggest systems in nature: from elementary particles to the cosmos.
What does matter consist of? What keeps matter and our whole world together? Does it make sense to ask for the beginning of time? What is “Dark Energy”? Under which rules our world does move? Anyone looking for the fundamental correlations in nature has to deal with physics. Physics is the fundamental science about the rules of nature. Physics findings about our world broaden our horizons and vastly influence our lives.
