The main idea is to have a gravity gauge theory with a symmetry that is similar to the Standard Model symmetries, instead of ...

A new physics paper takes a step toward creating a long-sought "theory of everything" by uniting gravity with the quantum ...

A new way of explaining gravity could bring us a step closer to resolving the heretofore irresolvable differences it has with quantum mechanics.

"The appearance of such structures sheds new light on the sorts of mathematical objects that nature is built from." ...

"A quantum theory of gravity is needed to understand what kind of phenomena there are in cases where there's a gravitational field and high energies," says Partanen. Those are the conditions ...

The new theory also incorporates a G-field, or gravitational field. G-fields are vector fields—which means they have both magnitude and direction—that explain how space is influenced by an object.

The great physicist's magnum opus theory predicts that ... techniques when considering gravitational waves and supercool transitions. "Understanding this field will help us understand the most ...

But a strong gravitational field throws classical predictions off. Einstein postulated three ways this theory could be proved. One was by observing the stars during a total solar eclipse.

"A theory that coherently describes all fundamental ... An electromagnetic field is one example of a gauge. So is a gravitational field. "The most familiar gauge field is the electromagnetic ...

A quantum theory of gravity is needed to understand what kind of phenomena there are in cases where there's a gravitational field and high energies,' says Partanen. Those are the conditions around ...