Scientists were able to “fast-forward” simulations of ancient galaxy clusters to our present day in a first-of-its-kind study.
The most precise measurement of a W boson presents a possible challenge to the Standard Model of particle physics.
Observations of galaxies up to seven billion light-years away revealed a potential conflict with the standard model of cosmology.
A new study has "cast serious doubt" on a ubiquitous galactic feature that may require exotic physics to explain.
The direct manipulation of antimatter will open up "unthinkable" possibilities in examining the fundamental makeup of our reality, scientists say.
Preliminary results from the Large Hadron Collider keep showing a weird unexplained anomaly in an ultra-rare particle decay process.
Scientists have measured the smallest gravitational field yet, which has big implications for future research into dark matter, quantum gravity, and the possibility of extra dimensions.
A new study deepens the mystery behind two possible detections of rare cosmic particles.
After years of attempts, the particle’s most common decay pattern has finally been observed at the Large Hadron Collider.
An Iowa physicist intends to find out.
The results of a new study are close, but slightly faster than, the generally accepted rate.
A controversial theory that would overturn Einstein’s theory of general relativity could soon be tested.