BigBang Core
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Updated
Jul 8, 2021 - C++
BigBang Core
A work-in-progress custom server for a (now defunct) game called Big Bang Racing
Re-interpreting Time Dilation Through the Lens of Active Time Theory
The Secret Inner Workings of Time Exposed by Atomic Clocks
Simulation of Quantum Tunneling Dynamics Validates Signatures of Active Time
The Foundations of Active Time Theory
Technical framework unifying Barbour’s timeless cosmology with CPT-symmetric Siamese phase dynamics. Shows time emerging from a stability threshold (mφ,crit≈1.965) derived from nonlinear ODE scans. Repository includes full translations: English, Spanish, Russian, Chinese.
Reproducible study of the Phase-Bifurcation model in Siamese cosmology. A scan over (mϕ, krot) shows a sharp transition in PA with a robust critical mass mϕ,crit ≃ 1.965; rotation is a weak, near-vertical modulation. Includes separatrix, phase portraits, trajectories, and a data/repro section (thresholds, seed, integrator, N-windows).
Emergent Space-Time: Visualizing Singularities and Time
An Alternative Model for Universe Formation, Matter Multiplication, and Life Propagation based on Chain-Reactions and Chemical Stability. Includes concepts of Primal Particle, Black Hole Chemistry, and Panspermia
A Breakthrough in Understanding the Universe -Ricardo Maldonado. For over a century, scientists have searched for a single framework that unites all of nature’s forces. This work presents a mathematically consistent pathway that connects the deepest laws of physics to the evolution of our universe — from the moment of the Big Bang to today.Testabl
🔍 Explore the critical phase mass in CPT-symmetric “Siamese Universes” with reproducible results, including analysis scripts and figure assets.
Foundational version of The Siamese Big Bang, introducing a directional CPT-symmetric topology inferred from CHIME/FRB data (N=100, DM≥800, |b|>20°). Shows morphological but marginal evidence (A≈90 pc cm⁻³, φ₀≈155°, p≈0.1) for a cosmological anisotropy along the Siamese axis.
We propose a minimal dynamical mechanism for the emergence of physical time from an atemporal CPT-invariant vacuum. Using a nonlinear phase equation admitting a stable limit cycle, we interpret time as a time-crystalline phase arising via spontaneous time-translation symmetry breaking, without assuming an external clock.
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