Arminia is a 3D website with educational and gaming elements. It explores the geometry of the unified field and the geometry of the 13 Information Systems of the Fruit of Life.
Utility functions for running gridscans and optuna optimizations for light-by-light scattering simulated with VacEm
Optimization of light-by-light scattering scenarios with BoTorch engine.
Paper y material: "Dark Matter as a Stochastic Resonance of the Quantum Vacuum". Marco con chi(omega,k) causal/pasivo y Einstein-Langevin -> rho_eff. Predicciones falsables (trispectrum de lensing, Omega_GW). Integra nulls 2025 (Euclid QR1, JWST Bullet, LVK O4). Incluye PDF, LaTeX y scripts.
Unified Theory of Integer Cyclic Resonance (ETV-137). I have calculated the vacuum tension resonance required to manipulate the gravitational vector based on a discrete 137-bit spacetime lattice model.Integer Cyclic Resonance and 137-ary Spacetime Lattice Model
Extreme-field QED + weak-field GR coupling plugin; computes EM stress-energy - quadrupole - h(t), P_GW; YAML experiments included.
Calculate quantum vacuum signals using the vacuum emission picture
Popular-science essay on the Siamese Cosmological Framework, a speculative model in which matter, gravity, expansion, and anisotropies emerge from a phase desynchronization between coupled universes. Translated into English, Zhong Wen , espanol y russkii.
Proposition : Cadre theorique proposant la gravite comme une propriete emergente de la frustration geometrico-informationnelle du vide (CPSD/TGU). Une unification via la geometrie de Ruppeiner et la thermodynamique non-extensive
Ingenierie du vide quantique : comment la structuration geometrique des fluctuations (reseaux frustres, cavites chirales) permet de stabiliser la matiere, de modifier la chimie et de generer des phases exotiques comme les cristaux temporels.
Comparative cosmology framework showing how CPT-Siamese phase dynamics resolves the main failures of LCDM: H0 tension, s8 tension, Axis of Evil, JWST early galaxies and vacuum energy. Includes analytic model, toy simulations, and H(z), q(z) figures. Open reproducible science.
Simulate ultra-intense light interactions with quantum vacuum and spacetime, exploring phenomena like vacuum birefringence and Schwinger pair production.
Explore the dynamic nature of quantum vacuum with "Geometrie du Vide," focusing on how geometry shapes light-matter interactions through innovative engineering.
Explore a new cosmological model, CPT-Siamese Phase Cosmology, that dynamically addresses dark energy, H0, and s8 tensions beyond LCDM.
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