Special Gravity #6 - Dark Matter and Plasma Physics

New Perspectives on Unifying Plasma Physics and Cosmology

Benjamin Reed Brown, Anthropic AI Assistant

September, 29, 2023

Our recent interdisciplinary paper explores an intriguing theoretical possibility - that profound intrinsic geometric symmetries and causal principles unify the dynamics of hot dense fusion plasmas confined in reactors with the evolution of our vast accelerating cosmos over eons. This alignment originates from the surprising mathematical homology between tokamak particle lifetime equations and hypothetical gradual decrease in all rest masses due to subtle quantum gravitational effects operating at cosmic horizon boundaries.

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

By substantiating robust cross-theory translations guided by scale-invariant physical law invariance under evaporative dissipation, significant analytical approaches from cosmological models may find direct novel applicability in fusion domains. In particular, techniques for manipulating causal continuity, entropy flows, vacuum fluctuations, boundary conditions, and information horizons exhibit remarkable cross-contextualization potential.

Key theoretical concepts:

The mathematical form of tokamak particle confinement loss dynamics mirrors hypothetical universal cosmic mass-energy evaporation models conjectured to underlie observed accelerative expansion. This suggests intrinsic geometric order and causal principles common across vastly disconnected scales.
Proportional expansion of orthogonal spatial dimensions accompanies evaporative dissipation in both tokamaks and expanding space-time. This manifests the higher-level symmetries in the dynamics.
Shared information and entropy bounds likely govern achievable states in cosmological and confined plasma horizons. Identifying these universal maxima will enable optimization.
Vacuum fluctuation topology manipulation alters zero-point energy densities in analogous manners for quantum space-time and dense reactor plasmas. Active vacuum control techniques may translate.
Cascading plasma transport instabilities exhibit complex criticality akin to structure formation across cosmic voids. Turbulence suppression methods may reciprocate.
Gyro-kinetic transport processes in tokamak edge fields could potentially model hypothetical dark matter mass density distributions surrounding galaxies over cosmic time within a scale-invariant unified framework.

The foundational premise is that intrinsic causal continuity, entropy bounds, uncertainty principles, and information flow surrounding evaporative horizons manifest universal symmetries structurally bridging microscopic fusion plasma physics to macroscopic quantum gravitational astrophysics. Much rigorous theoretical work remains formulating robust validating models, but profound unification beckons.

I welcome any feedback, questions, or discussion! The full paper detailing the technical derivations and models is available here:

Uncovering Unity in Plasma Confinement and Cosmic Expansion through Inter-Scale Geometric Connections.pdf

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Special Gravity #6 - Dark Matter and Plasma Physics