This dimple in space-time is the result of what we call a gravity well, and it was first described over 100 years ago by ...

The James Webb Space Telescope has identified the first-ever "Einstein zig-zag," a distant quasar lensed six times by two ...

Taking into account a phenomenon first identified by Sir Isaac Newton and later confirmed by Albert Einstein, researchers ...

“It provides a natural framework, or a bookkeeping mechanism, to assemble very large numbers of Feynman diagrams,” said ... made of vibrating strings of energy. “This formalism, as far ...

The diagrams illustrating the aetinium and uranium ... The two gases differ only in their gravitational • properties, but are chemically and spectroscopically identical. During the past year ...

A diagram showing the two distinct epochs of accelerated ... the matter of a massive star becomes dark energy again during gravitational collapse – like a little Big Bang played in reverse." According ...

Earth, sun, moon: three objects in space whose interactions have a pretty big impact on our lives. Earth orbits the sun once ...

"Studying the rate at which galaxies formed lets us directly test our theories and, so far, we’re lining up with what general ...

Packing all of that bulk—many times the mass of our own sun—into such a tiny point gives black holes their powerful gravitational pull. Thousands of these stellar-mass black holes may lurk ...

"This is very likely to bring us closer to discovering the true nature of dark energy. Perhaps it will also bring us closer to an understanding of the true nature of black holes" ...

Applying a voltage across the detector and recording ionization energy reveals neutrino collisions. Similarly elusive, dark matter exerts gravitational force upon visible matter but does not ...

The DESI collaboration's latest research supports the standard model of gravity and hints at evolving dark energy, based on a ...