Radio waves are shown to modulate fluorescence and associate spin chemistry in proteins.

A team at TUM has developed biochemical quantum sensors that can be precisely controlled from a distance using radio waves.

A team led by LMU physicist Dmitri Efetov has developed a new device capable of directly observing hidden electron interactions in graphene at room temperature.

In a quantum simulator LMU and MPQ physicists reveal how subtle magnetic patterns shape one of the most puzzling states of matter - an important step towards understanding superconductivity.

Forschende der LMU und des Exzellenzclusters MCQST entwickeln Methode, um neuartige Vielteilchensysteme direkt zu beobachten.

YouTube video by Center for Advanced Studies LMU

Bona-fide pioneering: a team of LMU quantum physicists is using a nanosatellite to test new technology for hack-proof quantum cryptography. Read about the early days of a trailblazing mission.