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Author

Carl P. Zimmerman

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6 papers indexed here

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#edge computing Open access Sep 2026

The Equilibrium Reading of the Radial Acceleration Relation: What Is Derived, What Is Measured, What Is Dead

VERSION 3 (2026-09-15). Adds the natural-units form of the scale, a_0 = Lambda_DE^2/(2 M_Pl) with rho_DE = Lambda_DE^4 (Lambda_DE = 2.24 meV) and M_Pl = G^(-1/2), stated as Milgrom's a_0-Lambda coincidence with the coefficient fixed at one half, a notation and not a derivation; and, in Section 8, the audit (lane L260)...

Carl P. Zimmerman · 0 citations
#explainable ai Open access Sep 2026

A Photocount Reading of the Interpolating Function, and a No-Go for Deriving Its Normalisation from a Clock

A companion paper removed the MOND acceleration scale as an independent parameter and found that 155 SPARC rotation curves then select, with nothing fitted, the member n = 2 of the family mu_n(Y) = 1 - (1+Y)^(-n), which is kappa = 1/2. This paper reports what happened when we tried to DERIVE that integer, and one struc...

Carl P. Zimmerman · 0 citations
#explainable ai Open access Sep 2026

A Photocount Reading of the Interpolating Function, and a No-Go for Deriving Its Normalisation from a Clock

A companion paper removed the MOND acceleration scale as an independent parameter and found that 155 SPARC rotation curves then select, with nothing fitted, the member n = 2 of the family mu_n(Y) = 1 - (1+Y)^(-n), which is kappa = 1/2. This paper reports what happened when we tried to DERIVE that integer, and one struc...

Carl P. Zimmerman · 0 citations
#explainable ai Open access Sep 2026

A Conserved Clock Rate, and the Board Run End to End

The solar system demands a clock running about 1.5e7 times proper time, a number nothing explained. We show it does not need explaining. The closure's two kinetic coefficients descend from a SINGLE logarithmic function P(X) = -(U/2) log(U - 2 d X) whose pole is a SPEED LIMIT, with 1/m_rel its Lorentz factor; and since...

Carl P. Zimmerman · 0 citations
#explainable ai Open access Sep 2026

A Conserved Clock Rate, and the Board Run End to End

The solar system demands a clock running about 1.5e7 times proper time, a number nothing explained. We show it does not need explaining. The closure's two kinetic coefficients descend from a SINGLE logarithmic function P(X) = -(U/2) log(U - 2 d X) whose pole is a SPEED LIMIT, with 1/m_rel its Lorentz factor; and since...

Carl P. Zimmerman · 0 citations
#explainable ai Open access Sep 2026

A Clock That Must Run Fast: the Solar System as an Inequality on the Rate of Cosmic Time

A cuscuton-clock sector coupled to matter disformally along the clock's own unit timelike direction gives a post-Newtonian gamma of exactly one with no added vector field. Boosted, the same coupling gives alpha_1 = 8 f_s, five orders over the bound unless local matter drags the clock into its own rest frame to within 4...

Carl P. Zimmerman · 0 citations

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