hawking-radiation

Reframing the black hole information paradox as a rate–distortion problem, with provable limits on how accurately information can be recovered from Hawking radiation.

NLS/Gross–Pitaevskii on a lumpy torus — a spectral-geometry solver and a gallery of numerical experiments (solitons, collapse control, analog gravity/cosmology, quantum chaos, topological & Floquet transport), packaged as an MCP toolkit for numerically-grounded agent inference.

Real-time, browser-rendered black hole simulation: mic-driven mass change vs. real Hawking radiation, Three.js + GLSL.

Planck Core Thermodynamics — ITT redefines black hole endstates as cold, stable Planck Cores. Zero temperature at recursive lock.

Hypothesis exploring alternative mechanisms and physical interpretations of black holes and extreme gravitational environments.

The D3 Framework: A unified information-geometry approach to black hole thermodynamics. 9 papers deriving exact results connecting Landauer erasure, Bekenstein entropy, and black hole/cosmological horizons across all spins, charges, and dimensions.

To resolve the Black Hole Information Paradox by demonstrating that the event horizon acts as a unitary "Holographic Scrambler". We deduce that if the horizon dynamics are unitary, the emitted radiation (Hawking radiation) eventualy recovers all initial information, following the Page Curve.

A physics-based Python simulation of a binary black hole merger using Pygame. Features include orbital inspiral, gravitational waves, Hawking radiation, and an interactive educational commentary dashboard.

Loop Mega Universe (LMU) — cyclic black-hole cosmology framework: aeons end cold & dilute; the last survivor BH evaporates — certainly — and its terminal flash triggers the ω-inflaton already on the α-attractor plateau → one flash, one ignition, one new aeon. Two axioms, status-labelled, pre-registered falsifiers on OSF. V3.29, 109 pp.

Macroscopic Quantum Tunneling Between Acoustic Black and White Holes in the Michel Flow. Analogue-gravity preprint: instanton description of the black-hole/white-hole transition in relativistic spherical accretion. LaTeX source, figures, data.

Unified Attractor Complexity Model (UACM) A Dual-Framework Cosmology: Indigenous Wisdom and Thermodynamic Integration

SymPy/NumPy verification scripts for the paper "The conformal mode as an entropic equilibrium": free-energy equilibrium, Bekenstein normalisation, conformal Ricci transform, Gibbs minimiser, Casini saturation deficit, Hawking temperature. Every identity reproduced independently.

DS4 Simulation for Simulon based on the IJSR Paper by Sir Hrishi Mukherjee.

La fisica e la matematica alla base dei buchi neri sono avanzate, ma il loro fascino è universale. Il mio obiettivo è renderle accessibili a tutti, percorrendo un viaggio che dall'area dell'orizzonte degli eventi ci porterà fino al principio olografico, attraversando la sorprendente termodinamica dei buchi neri.