With its globally unique research infrastructure, PSI offers unrivalled opportunities for cutting-edge national and international research.
The main areas of research at PSI
Recent highlights from our research
Switching chiral phonons with electricity
Scientists at PSI show that an electric field can reverse the handedness of atomic vibrations known as chiral phonons.
Prestigious research grant for spin-quantum combination
From two to one: Giacomo Sala is combining two separate worlds of physics at PSI – the established field of spintronics and the emerging field of quantum geometry. The ERC is funding his highly innovative project with approximately CHF 2.2 million. It could pave the way for more efficient data storage.
A surprising twist in the quantum world
An effect known from ball sports also appears in interactions of light and matter. Researchers at PSI have now directly observed this optical phenomenon for the first time.
Interested in doing research at PSI? Do you want to use our infrastructure for cutting-edge research?
Find out more about our large-scale research facilities and other research centres.
Research Centers & Labs
Our research and service centres conduct internationally recognised cutting-edge research in the natural and engineering sciences and make highly complex large research facilities available to science and industry for their own research projects.
Scientific Highlights from our Centers
Competing Ordering Modes in the Distorted Quantum Kagome Material Clinoatacamite Cu2Cl(OH)3
We have studied the magnetic properties of clinoatacamite Cu2Cl(OH)3, the parent compound of the quantum spin liquid candidate herbertsmithite and a long-standing puzzle among frustrated quantum magnets ...
Noncollinear kagome magnet driven by giant antisymmetric exchange
Kagome lattices host exotic phenomena such as quantum spin liquids, topological Weyl nodes, and flat bands. The kagome ferromagnet Co3Sn2S2 has been a focus of debate due to conflicting reports on its magnetic character. Here, using weakly perturbative probes ...
Enhanced Spin-Reorientation Transition and Polarization in DyFeO3 Thin Films
Materials with a kagome lattice host exotic quantum phenomena driven by the interplay between band topology, spin–orbit coupling, magnetism, and electronic correlations. While the magnetism of kagome materials ...
