At Utah State University, researchers are using a radical idea known as the holographic principle to bridge the gap. By ...

Over the decades, physicists have compiled various lists of the most important fundamental constants. Generally, there are a ...

The discovery in 1998 that the Universe is expanding faster over time shook the foundations of cosmology. This finding ...

A major breakthrough in theoretical physics might finally unify gravity with the other fundamental forces. This discovery, ...

Related: 'Einstein's equations need to be refined': Tweaks to general relativity ... Unlike many models of quantum gravity ...

It allows physicists to tame the infinite results that pop out of their equations when calculating how particles interact. The gauge theories of the Standard Model are renormalizable. Gravity ...

Classically, Maxwell's equations are simple and linear ... electromagnetism can be explained solely from the geometry of spacetime—just as Einstein had done for gravity.

She uses quantum relative entropy to describe gravity, a method that could solve persistent cosmological enigmas. The study introduces a key concept: the G-field, an auxiliary field that plays a ...

The equations that govern everything—from subatomic ... A growing group of physicists believe that it originates in the force of gravity itself. But to get there requires a radical reshaping ...

The G-field not only plays a crucial role in the modified equations of gravity but also opens the door to new interpretations of dark matter—a mysterious substance that makes up a significant ...

As a postprocessing method, the inversion-based methods can combine gravity and all the gradient components to remove the noise constrained by the Laplace equation. However, a real-time filter method ...