A classic experiment gets an update that contradicts key assumptions of quantum mechanics.
- Physicists revise the Schrödinger's cat thought experiment.
- The new version leads to contradictions in quantum theory.
- Scientists are stumped by the implications.
President Donald Trump veered away from his typical protectionist rhetoric at the World Economic Forum in his remarks on the benefits of global cooperation.
Giant fans start capturing CO2 from the air as the world's first commercial carbon capture plant goes live.
A Swiss scientist identifies the top predator in the world in a new study.
CERN researchers make a major step in understanding antimatter by trapping antihydrogen atoms and controlling them with lasers.
Antimatter is a concept that oozes sci-fi, evocative of amazing engines, time travel and most likely destruction of the whole universe. Or maybe it’s a parallel-worlds-are-everywhere-around-us type of thing. In any case, this idea comes to us from the law of physics that predicts that there should be an antimatter particle for every particle of regular matter. But if the two shall ever meet, there’d be a release of energy, annihilating both.