Quantum measurement

Two atoms, trapped in laser beams, are shown in a special quantum state called "superentanglement." In this state, both their motion and their internal energy are linked, opening up new possibilities for quantum technologies. Credit: Artificial intelligence-generated visualization by Manuel Endres

Controlling quantum motion and superentanglement

Two atoms, trapped in laser beams, are shown to be in a special quantum state called “superentanglement.” In this state, both their motion and their internal energy are linked together, opening up new possibilities for quantum technologies.
The institute's scientists were looking for how to establish an efficient method for processing information in quantum computers - and unexpectedly discovered a new type of vortices that are created when two photons collide

When a particle of light sees the light

The institute's scientists were looking for how to establish an efficient method for processing information in quantum computers - and unexpectedly discovered a new type of vortices that are created when two photons collide