String theory has long been touted as physicists' best candidate for describing the fundamental nature of the universe, with ...

As telescopes gaze into space, they also peer back in time. Starlight takes years—sometimes billions—to reach Earth, letting scientists trace the universe’s past. But what lies ahead for ...

A new theoretical framework proposes that gravity may arise from entropy ... For small energies and low values of spacetime curvature (the “low coupling” regime), the equations Bianconi presents ...

“Gravity is derived from an entropic action coupling matter fields with geometry ... and then by predicting a small cosmological constant (which explains how much and how fast the universe ...

Gravity is the most familiar of nature’s forces. It keeps our feet planted on the ground and dictates the movements of planets and stars. Yet, even so, gravity remains one of the greatest ...

The study, titled "Gravity from Entropy," introduces a novel ... This approach leads to modified Einstein equations that, in the low coupling regime, i.e., low energies and small curvature ...

This approach leads to modified Einstein equations that, in the low coupling ... gravity has an entropic origin and suggests that the G-field might be a candidate for dark matter,” explains Professor ...

Diagrammatic representation of the entropic quantum gravity action ... leads to modified Einstein equations that, in the low coupling regime i.e. low energies and small curvature, reduce to ...

If the gravitational lines of force were to extend parallel ... This is the square of the coupling constant of the electro-magnetic interaction α, which is also known as Sommerfeld’s fine structure ...

Massive particles that carry the gravitational force are generated ... lambda, or the coupling constants that dictate the strength of interactions—are not fixed. Altering one will inevitably ...