Data Swapping in the Digital Universe

Abstract

Some well known scientists – John Wheeler, Erik Verlinde, Max Tegmark, Edward Fredkin, Melvin Vopson - suggest that information is fundamental to the physics of the universe, and that computer-generated / mathematical formulas create reality. In the case of waves being digital, the waves would not merely be described by mathematics but would literally be the result of maths. Digital waves then propose a modification of the theory that dark matter consists of ultralight particles. They’re hypothesised to be so light that they’re no longer particles but are digital collections of binary digits produced by the Electric Dipole Moment decomposing ordinary matter. The gravitational waves which Einstein speculated to be involved in composing mass would rotate from their normal position on the x-axis and leak into the extra-dimensional y-axis, initially in its positive aspect (hyperspace) then in its negative portion (subspace). When it returns to the positive x-axis, the binary digits constituting gravity interact with those making up electromagnetism to refresh the universe’s particles (returning them to their previous, original state and preventing entropy). The quantities of dark matter and dark energy in the universe are calculated using cosmology’s standard Lambda-CDM model plus the concept of enthalpy (the enthalpy H of a thermodynamic system is defined as the sum of its internal energy and the product of its pressure and volume). There are also consequences for Special Relativity’s non-simultaneity, Quantum Mechanics’ quantum superposition, and Lambda-CDM’s concept of an expanding universe. To paraphrase H. G. Wells from his novel “The First Men in the Moon”, “If the world will not have (this article as valid hypothesis), then the world may take it as fiction.”