About Quantum Gravity

We delve into the mysteries of black holes and the fabric of spacetime through Galilean special gravity and Einstein's equations.

A detailed visualization of a symmetric black hole with a static Schwarzschild horizon against a cosmic backdrop.
A detailed visualization of a symmetric black hole with a static Schwarzschild horizon against a cosmic backdrop.
Our Focus
Our Approach

By exploring big bang cosmology and self-gravitation, we aim to illuminate the physics of horizons and gravitational phenomena.

A detailed diagram illustrating the curvature of spacetime around a symmetric black hole with a static Schwarzschild horizon.
A detailed diagram illustrating the curvature of spacetime around a symmetric black hole with a static Schwarzschild horizon.

Horizons

Visualizing the physics of horizons in galilean special gravity.

An artistic rendering of the big bang cosmology showing expanding space with embedded gravitational fields.
An artistic rendering of the big bang cosmology showing expanding space with embedded gravitational fields.
Graphical representation of Einstein's equations applied to self-gravitation in a symmetric black hole.
Graphical representation of Einstein's equations applied to self-gravitation in a symmetric black hole.
Close-up visualization of Schwarzschild static horizon with annotated gravitational effects.
Close-up visualization of Schwarzschild static horizon with annotated gravitational effects.