Quantum gravity

Quantum gravity describes how the gravitational field operates at the smallest scales, interacting with particles on the Planck level, where spacetime exhibits discrete quantum states. It leverages non-classical geometries and allows for the development of graviton fields as carriers of gravitational force, analogous to the photon in electromagnetism.
These gravitons interact with mass-energy distributions, but unlike classical gravity, they are subject to quantum superposition and entanglement, creating phenomena that are entirely absent from traditional Newtonian or relativistic models.