An international research team's new calculations of the distortion of time and space presents new challenges to predictions in Einstein's general relativity.
Scientists may have isolated a long sought ‘fifth force’ in physics with the help of data collected by NASA's OSIRIS-REx mission from the mysterious "trickster" asteroid Bennu.
Physicists are one step closer to the measurement of gravity at the quantum level, findings that may broaden our understanding of some of the most mysterious forces at work in our universe.
Neutrinos are electrically neutral particles that interact only through the weak interaction and gravity. If our eyes were sensitive to neutrinos, what would we see?
Researchers at the CERN laboratory in Switzerland have shown that gravity directly affects antimatter, once again proving Einstein to have been correct in his predictions.
Dark matter, the mysterious nonluminous material thought to populate close to 85% of the universe’s matter, may interact with gravity in a non-local way, according to newly published research.
Here are five ways detection of the gravitational wave background (GWB) by the North American Nanohertz Observatory for Gravitational Waves (NANOGrav) revolutionizes our understanding of the universe.
A potentially "illuminating" new theory says that the universe's first light may have been ripped from the fabric of space/time by the extreme forces of gravity in the form of gravitational waves that existed right after the big bang.
Gravity remains one of the great mysteries of modern physics, and this Toronto-based researcher thinks a new theoretical model may finally help to resolve it.
The James Webb Space Telescope will soon begin its long-anticipated mission of peering more deeply into the history of space than any telescope has ever done.
What happens when you enter a black hole? It is a question posed by scientists and science fiction writers alike, but not one that can be easily tested in the real world.