Quantum effects seen in collisions of ultracold ions and atoms
Buffer gas cooling could lead to atom-ion Feshbach resonances
Read article: Quantum effects seen in collisions of ultracold ions and atoms
Thank you for registering with Physics World
If you'd like to change your details at any time, please visit My account
Tim Wogan studied physics at the University of Cambridge, where he distinguished himself from his fellow students by being the only one who actually read his copy of Physics World and the only one who didn’t get sufficiently high marks to qualify for a PhD – he is not suggesting any connection. In search of an alternative career plan, he studied journalism and, after a brief period as an intern at Science, has worked freelance. Since 2019 he has lived in the US.
Buffer gas cooling could lead to atom-ion Feshbach resonances
Read article: Quantum effects seen in collisions of ultracold ions and atoms
Quantum gravity and quantum fundamentals could be probed using new technique
Read article: Glass sphere is cooled to its motional quantum ground state
Simulations could explain how a third object could push black holes closer together
Read article: Three-body calculations suggest how black holes get close enough to merge
Breakthrough could lead to measurements of quantum-state evolution due to gravity
Read article: Experiment is first to see kicking photons heat up nanoparticles
Unearthing a treasure trove of physics facilities at Radboud University
Read article: Making noise in the quietest room in the Netherlands