[Paper 21] Zero-Tension Does Not Act on an Identity
This paper substituted m₀=4π into the relativistic energy–momentum relation to write E²=(pc)²+(4πc²)², and the first edition called the rearranged for
[Paper 20] The Yamagishi Overclock Temperature Equation:Derivation of $kT = \frac{4}{3}\pi v^2$ and Consistency with the Standard Equation of State
We examine the geometric expression of the temperature kT. The argument proceeds in three stages. Stage 1: Substituting the Yamagishi kinetic energy E
[Paper 19] The Yamagishi Spherical Compression Pressure Equation
Substituting m=4π into the kinetic-theory pressure P = (1)/(3) n m v² gives
[Paper 18] The Yamagishi Kinetic Energy Equation — 3rd Edition: $E_k = 2\pi v^2$, and the Three Distinct Roots of $2\pi$ —
Substituting the Yamagishi patch m = 4π = Vol(S²), supplied by the n = 2 uniqueness theorem, into the classical kinetic energy E_k = ½ m v² gives
[Paper 17] The $8\pi$ Is an Artefact of the Units
This paper showed that substituting m=4π into the kinetic term of the Schrödinger equation gives −(1/8π)∇²ψ + Vψ = Eψ, and the first edition claimed t
[Paper 16] The Equals Sign Has Distinct Roots Too
The first edition of this paper presented the one-line chain p=4πv=e/r=c√n_opt and claimed that four domains of physics were thereby "fully synch
[Paper 15] A Convention Is a Number, Not a Function of the Configuration
This paper applied two "patches", m=4π and ε₀=r, to the balance equation of the Bohr model and obtained the form 16π²v²r²=e², that is (4πv)r
[Paper 14] The Two Patches Are Not the Same Kind of Thing
This paper introduced ε₀=r (the sync patch) and ε₀=c (the overclock patch), and the second edition organised them as a mode-switching specification dr
[Paper 13] Physical Law as a Description Language of the Universe OS
Modern physics has offered many frameworks toward a Grand Unified Theory (GUT), yet an interpretational gap remains between General Relativity and Qua
[Paper 12] From Boundary Energy to Volume Energy: The Einstein-Yamagishi Volume Restoration Equation and the Overclock Pythagoras Theorem
The central observation of this paper is a change of reading, not a calculation. Adopting the geometric mass parameter m=4π (from the n=2 Uniqueness T