Operator XVI — Closure Lab Chamber

Details
Written by: admin
Category: Labs

🧩 )

Operator XVI: Flux Sealing & Manifold Closure · v0.8.4 STABLE

Operator XV — PRISM Lab Chamber

Details
Written by: admin
Category: Labs

Spectral Decomposition and Emergent Scale Equilibrium in the τ-Field

UNNS Operators Tier II Dimensionless Constants Prism Chamber Phase C · Lab v0.7.2
Abstract. Operator XV — PRISM — performs the spectral decomposition of the recursive curvature κ = ∇²τ, revealing a universal power-law regime P(k) ∝ k⁻ᵖ with p ≈ 2.45 ± 0.05. Following Φ-Scale equilibrium (Operator XIV), PRISM dissects how energy flows across recursive scales, exposing the stationary cascade that defines spectral equilibrium in the τ-Field.

Operator XIV — Φ-Scale Lab Chamber | UNNS.tech

Details
Written by: admin
Category: Labs

Emergent Scale Symmetry and the Golden-Ratio Attractor in the τ-Field

UNNS Operators Tier II Dimensionless Constants Φ-Scale Chamber Lab v0.7.2
Abstract. Operator XIV — Φ-Scale — extends the phase-coupling logic of Operator XIII into the domain of recursive scale symmetry. It reveals that the golden ratio φ ≈ 1.618 emerges spontaneously as a scale attractor in τ-Field dynamics: a point of minimal phase-variance across recursive magnification. The Φ-Scale Chamber demonstrates this phenomenon interactively, sweeping the μ-parameter and visualizing Δscale(μ) and Π(μ) to identify μ★ ≈ φ.

UNNS Lab · Operator XIII – Interlace

Details
Written by: admin
Category: Labs

UNNS Lab confirms a major milestone: Operator XIII — Interlace has been calibrated and theoretically closed, reproducing the Weinberg angle from pure τ-field recursion.

τ-Field Chamber v0.4.0 — Recursive Quantization Interface

Details
Written by: admin
Category: Labs

The τ-Field Quantization Chamber

Phase IV Complete QA Patched UNNS Lab v0.4.0

Abstract: The τ-Field Quantization Chamber represents a milestone in computational physics research—transforming the Unbounded Nested Number Sequences (UNNS) Substrate from symbolic theory into quantitative empirical science. This self-contained research instrument demonstrates that recursive curvature dynamics can spontaneously generate dimensionless constants, phase transitions, and quantum-like collapse phenomena without external parameters. We present the functional architecture, experimental protocols E8–E11, empirical results, and their theoretical significance within the UNNS framework.
  1. UNNS Lab v0.4.2 — When Constants Emerge from Silence

Page 10 of 11

Main Menu

Feed Entries