Simple Space Density Displacement (SDD) Model: The Quantum Dimension
Key Points
The aim is to explain universal expansion and dark energy through the Space-Density Displacement Model.
Introduces the Space-Density Displacement Model to explain cosmic phenomena.
Links black holes to the displacement of atomic 'space property' into the vacuum.
Analyzes the relationship between expansion rates and local mass activities.
Proposes that dark energy results from displaced space due to black holes.
Solves the Hubble Tension by correlating expansion rates with nearby mass activities.
Suggests a cyclic universe with no definitive beginning or end.
Abstract
This paper introduces the Space-Density Displacement (SDD) Model, proposing that black holes displace the 'space property' of atoms into the vacuum, driving universal expansion. The model explains Dark Energy as the pressure of this displaced space and solves the Hubble Tension by linking expansion rates to local mass activities. It further defines time as an internal property of mass and posits a cyclic universe." This version concludes that the Universe has no definitive beginning or end. It exists in an infinite cycle of displacement and absorption.