← ACTM: Algebraic Combinatorial Transcendence Methodology / ACTM R02 · The escape boundary of algebraic scalars

ACTM: Algebraic Combinatorial Transcendence Methodology ACTM R02 · The escape boundary of algebraic scalars Neo.K / Aletheia

Algebraic Scalars, Logarithmic Lifts, and the Exact Escape Boundary

With L_alg = exp⁻¹(Q̄^×): for 0 ≠ λ ∈ L_alg, βλ ∈ L_alg iff β ∈ Q (Gelfond–Schneider), and B·λ ∈ L_alg^s iff B is rational (Baker); branch shifts are rational scalings; and individual transcendence does not give joint algebraic independence.

This round restates the classical Gelfond–Schneider and Baker results and marks the exact boundary of scalar escape. §28 explicitly refuses to derive a lower bound on transcendence degree from κ(B).

Connections · Connections

This is a full-text translation of the Chinese source, which remains authoritative for its research claims. Translation is not independent mathematical verification and does not upgrade the original evidence level.

Loading…