Entropy (hidden information) changes the scale of spacetime to create gravity. Read below to see how this new theory of gravity solves science’s deepest mysteries.

I developed a new theory of gravity in which the scale of time and space change depending on quantum entropy instead of mass. In this theory, changes in quantum entropy (hidden information about position and momentum) underlie special relativity, gravity and the expansion of space. I use these changes to explain the phenomena attributed to dark matter and the expansion of the universe. An introduction, published Reports in Advances of Physical Sciences, can be downloaded with the following link:

Entropy and Gravity - July 2023

For a more concise introduction, check out this article by blogger Katrina Paulson.

This article describes the mechanism linking quantum uncertainty to gravity. The proposed mechanism may be an alternative to Erik Verlinde’s emergent gravity, which also connects entropy to Newtonian gravity.

My earlier articles focused more on astrophysical phenomena. I combined them into one paper to make them more readable, link below:

Entropy Scale Factor - March 2022

My most recent publication shows that in the ESF black hole event horizons would have a finite temperature, which resolves the black hole information paradox because it gives a way for information to directly escape the black hole.

For an in depth exploration of gravitational entropy check out this article in Physics Essays. Black hole entropy was previously though to apply only to the event horizon. In this article I argue that if black hole entropy is due to the gravitational field, then any object in the field should have some entropy. This extra entropy is important for my theory because it explains how systems like galaxies have more gravity than is predicted by general relativity (without using unobserved substances like dark matter).