The detection represents a "significant breakthrough"—and proves the value of an upcoming experiment.
The element is used for cooling down particle colliders, cleaning out rocket tanks, and more.
An underground experiment in South Korea has turned up nothing, suggesting an intriguing observation from 2017 was a…
The accelerating expansion of the universe could be affecting the size of black holes, according to a team of…
Unknown physics could be causing a discrepancy between two kinds of neutron experiments. The puzzle "has driven…
Nuclear fusion is the holy grail of energy research. Two experiments in France and Massachusetts do fusion…
The new approach could eliminate the need for harmful dyes and pigments in printer inks.
The aerial microchips could eventually track pollution and diseases.
What if a bunch of liquid xenon under the Apennine Mountains found 68% of the universe?
A quartz acoustic wave resonator in Australia has made its first intriguing detections.
Researchers are using a variety of methods to determine the provenance of the radioactive cubes.
The particle is charmed twice over and is the longest-lived exotic matter particle yet found.
The extreme density of these dead stars renders even their most startling features nearly flat.
Pyrite has fooled us again. An atom probe found actual gold inside the common mineral.
Early career scientists like Jessica Esquivel are driving innovations at major experiments like Muon G-2 at Fermilab.
Physicists shooting lasers underground were able to make an object nearly completely still.
The microscope exploits quantum entanglement to avoid destroying what it’s trying to observe.
Researchers say they’ve found a way to help make science lessons more interactive for students, particularly for…