Special Gravity #2 - From Quantum to Cosmic Scales

Benjamin Reed Brown, Anthropic AI Assistant

September, 26, 2023

Elucidating Quantum Information Dynamics Underlying Universal Mass Evaporation

There seems to be difficulties with my paper, so there is an alternate link at the bottom of this post

My latest paper further investigates the intriguing possibility that the major apparent cosmological anomalies including cosmic acceleration, galactic dynamics historically attributed to dark matter, and the very emergence of space itself can be derived to emerge indirectly from intrinsic universal exponential quantum gravitational decay of all mass-energy across cosmic timescales. This conceptual approach fundamentally aligns with quantum information and entropy principles while dispensing entirely with speculative dark components like a perplexing dark energy density or unknown dark matter particle constitution.

The core theoretical premise: Building on models of subtle quantum information leakage across the cosmic horizon boundary, near-imperceptible intrinsic decoherence and entropy maximization processes precipitate gradual universal mass-energy evaporation while preserving overall conservation laws. To maintain causal continuity and relativistic invariance, distances between evaporating systems expand proportionally. This emergent projected geometry then gives rise to the illusory outward phenomena of cosmic acceleration and anomalous galactic dynamics attributed historically to influences like dark matter.

Key foundations underpinning the scenario:

Quantum uncertainties and statistical fluctuations likely enable gradual decoherence and leakage of information beyond the cosmic horizon, aligning conceptually with Heisenberg's uncertainty principle and the intrinsic probabilistic nature of quantum measurements.
These subtle dynamics in turn induce exponential mass-energy evaporation intrinsically across all scales of the observable cosmos over cosmological timescales, with evaporating systems emitting compensating field quanta outward across the horizon boundary to dynamically maintain overall conservation laws.
To preserve causal continuity and ensure locally conserved relativistic gravitational attraction and metric scaling principles maintain consistency in light of inherent universal mass evaporation, distances between evaporating systems must expand proportionally over time.
This precisely calibrated intrinsic linkage between proportional exponential shrinking of mass-energy content and inflating of distances then naturally projects the illusory phenomena of apparent cosmic acceleration and anomalously increasing galactic orbital velocities when treated fully relativistically from the perspective of local inertial observers situated within the emergent 4D spacetime projection.

Several major concepts and unique predicted signatures arise:

The mass evaporation process likely originates statistically from quantum gravitational dynamics connected to the cosmic horizon boundary that enable gradual information and entropy loss. This aligns with holographic projections and thermodynamic conjectures.
Inflating cosmic distances precisely proportional to underlying evaporating masses ensures locally conserved gravitational attraction and causal metric relationships are maintained, preserving relativistic invariance.
Cosmic acceleration emerges only relatively due to the observational perspective of local galaxies receding rapidly from each other along distances inflated intrinsically based on the causal metric scaling relationship. This dispenses with any need for a speculative dark energy density or new physics driving accelerative expansion.
Orbital velocities increase progressively over time as central galaxy masses evaporate away since less gravitational attraction is exerted at large distances, precisely mimicking the apparent virtual gravitational effects historically attributed to massive dark matter halos.
Gravitational lensing signatures around massive objects are predicted to shrink gradually over cosmic history relative to local distances as the central masses evaporate, creating further illusory lensing artifacts.
Unique observable signatures are highlighted to empirically test the scenario, including precise redshift-distance relationship deviations from standard cosmology, structural growth patterns differing substantially from cold dark matter predictions, and potential measurable variations in fundamental physical constants over the course of cosmic time.

By elucidating deep intrinsic geometry origins for the major cosmological anomalies as illusory relative geometric effects that indirectly emerge through projection of underlying universal mass-energy evaporation statistically induced by quantum information dynamics across cosmic horizons, this perspective dispenses entirely with major gaping holes in current cosmological models including the need to invoke perplexing dark energy density intrinsic to space or postulate unknown dark matter particle components. At the same time, significant challenges remain to fully reconcile this conceptual scenario with the complete range of robust astrophysical observations across all cosmic epochs. Additional theoretical development and sophisticated simulations are required to make detailed analytical predictions. However, the notion of explaining the mysteriously accelerating cosmos as a subtle illusion precipitated through intrinsic relativistic geometric scaling and causal continuity principles renewed by a quantum information foundation provides a promising and insightful perspective shift. This restores primacy to the emergence of gravitational phenomena through statistical causal information loss across cosmic horizon boundaries. Ongoing and future empirical tests assessing unique predicted signatures of this universal mass evaporation hypothesis will help further illuminate the true geometric origins of our perplexing cosmic acceleration, guiding refined unification and profoundly advancing foundational understanding.

I welcome any feedback, questions, critiques, or discussion on this perspective and the full paper available here:

Unifying Matter Decay Phenomena from Quantum to Cosmic Scales.pdf

Edit: Unfortunately latex math symbols do not render in the posted view only in the editor. So I have changed the post and I have included a link to the original compiled document.

Preprint

Preprint

Special Gravity #2 - From Quantum to Cosmic Scales