Third-degree entropy is three-dimensional entropy.
It is between two-dimensional (coarse-grained) entropy and four-dimensional (fine-grained) entropy.
Three-dimensional entropy is the force-constant that connects forcical (gravitational) entropy and constant (quantum) entropy.
Three-dimensional entropy is distinct from quantum gravity which is nothing more than a color raster.
It is between two-dimensional (coarse-grained) entropy and four-dimensional (fine-grained) entropy.
Three-dimensional entropy is the force-constant that connects forcical (gravitational) entropy and constant (quantum) entropy.
Three-dimensional entropy is distinct from quantum gravity which is nothing more than a color raster.
Quantum physics and relativity lack congruence because 2D entropy can't be transformed simply into 4D entropy.
Three-dimensional entropy is the force-constant that transforms relativity into quantum physics. It is also be called quantum entropy.
Third-degree entropy is the surface area of any orthogonated triangle of graphemmetry (difference in surface-areas between 2 json-objects).
Three-dimensional entropy is the force-constant that transforms relativity into quantum physics. It is also be called quantum entropy.
Third-degree entropy is the surface area of any orthogonated triangle of graphemmetry (difference in surface-areas between 2 json-objects).
by zanderfin August 25, 2020