A powerful new idea about how the laws of physics work could bring breakthroughs on everything from quantum gravity to consciousness, says researcher Chiara Marletto
Particles called muons spin slightly faster than our best models of physics predict, which may mean that there are more particles and forces that we haven't yet discovered
Antimatter atoms are notoriously tough to control, but they have now been cooled using lasers for the first time, enabling us to search for how they differ from regular matter
Hints of a hefty source of gravity beyond Pluto sparked the search for a possible “Planet Nine”. Now, some astronomers think it could instead be a black hole from the big bang, offering a rare glimpse into the early universe
The LHCb experiment at the Large Hadron Collider has seen "tantalising hints" of physics beyond our standard understanding of the universe, but will the results stand up?
Physicists looking for something to do during lockdown turned to studying garden hoses, and have used their findings to explain how a rare feature of mammalian penises helps them maintain stiff erections
László Lovász and Avi Wigderson have jointly been awarded the Abel prize, which is sometimes called the Nobel prize of mathematics, for their “foundational contributions to theoretical computer science and discrete mathematics”
The smallest-scale measurements of gravity ever made show that a tiny gold ball weighing 90 milligrams can move another gold ball just a few nanometres through gravitational pull
We can grasp the truth about the quantum world, says physicist Carlo Rovelli – as long as we abandon our most cherished assumption about what’s real and what’s not
The Photonic Laser Thruster can move a 750-gram object along a low-friction rail – a small step to using the technology to push satellites rapidly between planets
When an egg is heated, its proteins unfold and form bonds with each other – an X-ray analysis has shown this happening on the micrometre scale over the first 160 seconds of cooking
Why time only flows forwards is one of the great mysteries of physics. A new idea suggests that it actually went in two ways from the big bang – and, even more radically, that time emerges not from entropy, but from the growth of structure
There is a mismatch between two ways of measuring galactic mass. Dark matter is one way to solve it, but so is rewriting the laws of gravity, says Chanda Prescod-Weinstein
Previous ideas for warp drives have required types of matter that do not seem to exist, but a new concept could allow them to be made without any imaginary substances
Some tangles that look like knots are actually “the unknot”, which can be untangled into a simple loop, and a new algorithm has sped up the process of finding them