Francisco Roberto Reyes Romo

Mass-Memory Equivalence, Extended Landauer Principle, and Energetic Stabilization of Macroscopic Portals

This work presents Theory 14: Mass-Memory Equivalence (E=k·M). A theoretical framework where mass is redefined as historic memory (M) stored in a particle. It includes mathematical formulation, Figure 1, and a low-cost experimental protocol in two phases (USB thermal measurement...

Mass-Memory Equivalence, Extended Landauer Principle, and Energetic Stabilization of Macroscopic Portals

This work presents Theory 14: Mass-Memory Equivalence (E=k·M). A theoretical framework where mass is redefined as historic memory (M) stored in a particle. It includes mathematical formulation, Figure 1, and a low-cost experimental protocol in two phases (USB thermal measurement...

Theory of Mega Universe & The Universal year

Abstract This preprint presents the Theory of the Mega Universe and the concept of the Universal Year, proposing that the observed Cosmic Microwave Background (CMB) temperature of 2.725 K is not merely a remnant of the Big Bang, but the measurable thermodynamic temperature of the...