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July 6, 20260 citationsOpen Access

Kinematic Note No. 4: The Horizon Textbook Case – Riemannian Illusion and Double Symplectic Inversion / Note Cinématique n°4 : Le Cas d'École de l'Horizon – Illusion Riemannienne et Double Inversion Symplectique

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HMHubert MASSAU

Key Points

  • This note aims to establish the conceptual superiority of Massau Kinematics over General Relativity in analyzing gravitational phenomena.
  • Applied kinematic invariants v²+c²=c_0² and D²=A_m . T
  • Resolved the falling illusion and Shapiro delay through double symplectic inversion
  • Examined behavior at the event horizon and the spatial expansion vector collapse
  • At the event horizon, the spatial expansion vector (v) becomes zero, leading to a transfer of kinematic budget to light (c).
  • Light reaches its absolute maximum velocity (c_0) as space ceases to sweep an area.
  • Light transitions to a centripetal stationary wave, generating mass (m) following mc² = h . nu.

Abstract

This note demonstrates the conceptual superiority of Massau Kinematics over General Relativity when analyzing gravitational wells. By applying the kinematic invariants v²+c²=c₀² and D²=Aₘ. T, it resolves the falling illusion and the Shapiro delay through a double symplectic inversion. At the event horizon, the spatial expansion vector (v) collapses to zero, transferring the entire kinematic budget to the light wave (c), which reaches its absolute climax c₀. As space ceases to sweep an area, light becomes a centripetal stationary wave, thereby giving birth to mass (m) following the fundamental equivalence mc² = h. nu. Cette note démontre la supériorité conceptuelle de la Cinématique de Massau sur la Relativité Générale dans l'analyse des puits gravitationnels. En appliquant les invariants cinématiques v²+c²=c₀² et D²=Aₘ. T, elle résout l'illusion de la chute et l'effet Shapiro par une double inversion symplectique. Sur l'horizon des événements, le vecteur de détente spatiale (v) s'annule, transférant l'intégralité du budget cinématique à l'onde lumineuse (c) qui atteint son paroxysme absolu c₀. L'espace cessant de balayer une aire, la lumière devient une onde stationnaire centripète, donnant ainsi naissance à la masse (m) selon l'équivalence fondamentale mc² = h. nu.

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Cite This Study

Hubert MASSAU (2026) studied this question.

synapsesocial.com/papers/6a4b4641997070ff83b5bbabhttps://doi.org/10.5281/zenodo.21194851
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