[Paper 39] The Yamagishi Planck Length Unpacking Theory ($l_p=c^{-3/2}$)
[4th edition (August 2026)] No conclusion has changed. Following Paper 149, the origin of the half-integer exponents has been rewritten from the deter
[Paper 38] The Yamagishi Master Table of Classical-Physics Geometric Unpacking
This paper is a comparison table listing how representative formulas of mechanics and astrophysics look once the Yamagishi patches (m = 4π, G = 4π) ar
[Paper 35] The Yamagishi Gravitational Constant Unpacking Theory
Substituting the Yamagishi gravitational patch G_geom = 4π = Vol(S²), obtained from the n = 2 uniqueness theorem, into Newtonian gravity and Poisson’s
[Paper 34] A Census of the $c^5$s
This paper formally integrated E²=(4πc²)²+(4πvc)² with respect to the speed of light c and, on the strength of the resulting (16π²/5)c⁵, claimed a &qu
[Paper 32] The Yamagishi Unified Budget Canvas Theory
This paper examines the geometric constant 32π² common to the instanton topological charge density q(x) of quantum chromodynamics and the Pontryagin d
[Paper 30] The Yamagishi Double-Torus Stellar Fortress Equation
We rewrite the self-gravitational potential energy of a uniform sphere, U = -(3GM²)/(5R), using M = (4)/(3)π R³ ρ and the Yamagishi mass patch ρ = 4π
[Paper 29] The Yamagishi–Adler–Bardeen Note
The Adler–Bardeen theorem (1969) states that the coefficient of the chiral anomaly is fixed at one loop and receives no corrections from higher orders
[Paper 28] The Yamagishi-Kepler Equation
Substituting the Yamagishi patches M = 4π and G = 4π into Kepler’s third law T² = (4π²/GM)a³ cancels the 4π² of the numerator against the 16π² of the
[Paper 26] The Yamagishi Classical Mechanics Reformulation
We substitute the Yamagishi mass patch m=4π into the basic equations of Newtonian mechanics. First: Newton's second law becomes F=4π a. Second: m
[Paper 22] The Yamagishi Zero-Tension Plasma Equation
We give a geometric reformulation of the plasma frequency _p = √((n e²)/(m ₀)) by applying the Yamagishi patch m=4π (from the n=2 uniqueness theorem,