Derek Anderson Orr

Membrane Curvature Theory — Revised Candidate Mathematical Framework

This preprint presents the revised candidate mathematical framework for the Dark Matter Energy Theory (DMET), a speculative gravity-first cosmological model exploring whether effects attributed to dark matter and dark energy could arise from spacetime geometry rather than separat...

Membrane Curvature Model — A Revised First Mathematical Formulation

This preprint presents a revised first mathematical formulation of the Dark Matter Energy Theory (DMET), a speculative gravity-first cosmological framework. The paper explores whether the additional gravitational effects usually attributed to dark matter could arise from an exten...

Dark Matter Energy Theory — A Plain-Language Overview

Dark Matter Energy Theory (DMET) is a speculative gravity-first cosmological idea exploring whether the effects attributed to dark matter and dark energy could ultimately arise from gravity and spacetime geometry rather than from two separate unknown substances. This plain-langua...

Dark Matter Energy Theory — A Plain-Language Overview

Dark Matter Energy Theory (DMET) is a speculative gravity-first cosmological idea exploring whether the effects attributed to dark matter and dark energy could ultimately arise from gravity and spacetime geometry rather than from two separate unknown substances. This plain-langua...

Membrane Curvature Theory — Revised Candidate Mathematical Framework

This preprint presents the revised candidate mathematical framework for the Dark Matter Energy Theory (DMET), a speculative gravity-first cosmological model exploring whether effects attributed to dark matter and dark energy could arise from spacetime geometry rather than separat...