The black hole information paradox fascinated Hawking for decades, and is the topic of his final research study.
Advanced timekeeping could help unify quantum and gravitational physics, predict earthquakes, and navigate in deep space.
D-Wave's quantum annealers face a fundamental limitation when it comes to scaling: temperature.
A nice but fatally flawed idea.
Backreaction's Sabine Hossenfelder offers a synthwave tour of the hard questions.
Good old silicon saves the day.
It turns out that measuring nothing is pretty hard.
The universe’s subatomic particle collisions get an artistic spin.
Machine learning could lead to unprecedented advances in quantum physics.
Fudging the law of conservation of energy offers a new perspective on dark energy.
NIST physicists beat a fundamental quantum limit.
The ability to manipulate photon shapes allows for the tweaking of light-matter interactions.