Abdelhak elhamidi

Topological Twist Theory of Light (TTTL v1.5.1): Rigorous Lagrangian Formulation, Phase-Collapse Dynamics, and Isothermal Empirical Protocol

Abstract: This paper presents the Topological Twist Theory of Light (TTTL), proposing a radical shift from standard corpuscular and classical wave models. Spacetime is modeled as a saturated vector field (Ψ) endowed with a cosmic tension (T0). Light is redefined as a dynamic topo...

Topological Twist Theory of Light (TTTL v1.5.1): Rigorous Lagrangian Formulation, Phase-Collapse Dynamics, and Isothermal Empirical Protocol

Abstract: This paper presents the Topological Twist Theory of Light (TTTL), proposing a radical shift from standard corpuscular and classical wave models. Spacetime is modeled as a saturated vector field (Ψ) endowed with a cosmic tension (T0). Light is redefined as a dynamic topo...

The Geometric Law of Atomic Ionization: A Deterministic First-Principles Framework Replacing the Empirical Periodic Table

Virgin Wave Theory v2.2 presents the first deterministic equation capable of generating all periodic chemical behavior from geometry alone. The theory models atoms as wave-arc lever systems where ionization tendency is governed by three factors: a mechanical lever r/R_core, an as...

Mass is Geometry: Thermal Relaxation of Wave-Arcs as the Origin of Weight

This paper presents Virgin Wave Theory v1.0, a geometric framework proposing that mass and weight are emergent properties of wave-arc curvature rather than fundamental attributes of matter. We introduce three foundational postulates: 1. Mass is the arithmetic sum of all wave-arc...

Mass is Geometry: Thermal Relaxation of Wave-Arcs as the Origin of Weight

This paper presents Virgin Wave Theory v1.0, a geometric framework proposing that mass and weight are emergent properties of wave-arc curvature rather than fundamental attributes of matter. We introduce three foundational postulates: 1. Mass is the arithmetic sum of all wave-arc...

From Carpentry to Cosmology: The Human Story Behind LpRT

For 29 years, from 1997 until today, I worked as a carpenter.I built houses with wood while building universes in my mind. I left school, but the researcher inside me never left.My wife never went to school. I taught her to read and write after we married.She does not know what "...

Beyond Spatial Transit: Redefining Light and Sound as Frequency-Dependent Readouts on the Universal Virgin Wave Vacuum

Building upon the Virgin Wave Framework (VWF) and the Holographic Broadcast Principle, we challenge the classical dogma that light and sound represent physically distinct spatial transit velocities (c versus v_{\text{sound}}). We propose that neither photons nor acoustic phonons...

The Casimir-Balloon Model: Redshifted Horizon Surface Tension as the Origin of Black Hole Evaporation and Dark Energy

We propose that an event horizon is a physical 2D membrane endowed with a negative surface tension σ_H, generated by vacuum Casimir energy subject to gravitational redshift near the boundary. This "Casimir-Balloon" exerts an outward Laplace pressure P_H = -2σ_H/R_H that counterba...

The Holographic Casimir-Balloon: A Geometric Derivation of E=mc^2 and Dark Energy

Abstract We propose that 4D spacetime is the dynamical surface of a 2D Casimir membrane. Matter is modeled as frozen topological defects on this membrane. From this single postulate we geometrically derive: (1) The origin of E=mc^2 as a 2D-to-4D projection, (2) The Friedmann acce...

The Holographic Entropic Arrow: Time as Information Saturation and the Impossibility of Retrocausality

This paper presents a new physical framework proving the impossibility of backward time travel based on holographic information saturation. We introduce a dimensionless entropic saturation parameter χ(t) ≡ S_matter(t) / S_H(t) that monotonically increases from 0 to 1. The directi...

The Holographic Entropic Arrow: Time as Information Saturation and the Impossibility of Retrocausality

This paper presents a new physical framework proving the impossibility of backward time travel based on holographic information saturation. We introduce a dimensionless entropic saturation parameter χ(t) ≡ S_matter(t) / S_H(t) that monotonically increases from 0 to 1. The directi...

Holographic Information Conservation at the Black Hole Horizon: A Non-Destructive Boundary Mechanism

This paper provides a resolution to the Black Hole Information Paradox within the framework of Holographic Equilibrium and the Virginal Wave ($\Psi_V$). We demonstrate that a black hole event horizon does not act as a destructive central singularity, but rather as a localized hol...