Twin Primes via Tiny-Shift Uniformity:
Rigorous Partial Progress and Boundary Resonance

Author: William Goodfellow & Collaborators

Last Updated: August 2025

Status: ⚠️ PARTIAL PROGRESS - Alpha 4 iteration explores TSU for ρ < 1/3

Subject: Mathematics - Number Theory (math.NT)

👥 Core Discovery

"Boundary resonance: under compression, optimizing weights concentrate mass along horizontal bands"

Research Overview

⚠️ IMPORTANT: This represents rigorous partial progress, NOT a proof of the twin prime conjecture. The active claim is a uniform dispersion bound for tiny shifts that yields tiny-shift uniformity (TSU) for sieve parameter ρ < 1/3, with explicit constants and uniformity in the shift h.

This rigorously establishes partial progress toward bounded prime gaps within a compressed regime. Our verification pipeline certifies 2θλ > 1 at ρ ∈ {0.26, 0.28, 0.30} with reproducible artifacts. However, the method's reach is intrinsically limited: the classical twin-prime threshold ρ ≈ 1/2 remains out of range.

We document a robust boundary resonance phenomenon: under compression, optimizing weights concentrate ~74% of their L² mass in a horizontal band. This structural observation clarifies why naive attempts to "push ρ higher" within the same architecture do not succeed.

🔬 Key Technical Results (Alpha 4)

Rigorous partial progress with explicit bounds and computational certificates:

Tiny-Shift Uniformity (TSU)

Proven for ρ < 1/3 with uniform dispersion bounds. Modulus concentration Q ≤ R^(3/2) with explicit constants. Verified 2θλ > 1 at ρ ∈ {0.26, 0.28, 0.30}.

Boundary Resonance Phenomenon

Under compression, optimizer weights concentrate ~74% of L² mass in horizontal bands. This structural barrier prevents reaching the classical ρ ≈ 1/2 threshold.

Fundamental limitation: Twin detection requires ρ ≈ 1/2, but TSU framework proven only for ρ < 1/3.

🔧 Alpha 4 Research Components

📊

Computational Certificates

Verified instances with 2θλ > 1 at ρ ∈ {0.26, 0.28, 0.30}. Fully reproducible pipeline with audited well-factorability.

🎯

CDH Spectral Companion

Exploring coprime diagonal dispersion at H ≈ T/log T with bandlimited y-profile for echo-silence hypothesis.

⚠️

Identified Barriers

TSU framework intrinsically limited to ρ < 1/3. Classical twin threshold ρ ≈ 1/2 requires fundamentally new approach.

Resonance Field Equation

Z_twin(s) = Σ_{p prime} [Λ(p)Λ(p+2) / p^s]

This function is a useful formal way to encode twin-prime correlations. In the current public status it is a heuristic and diagnostic object, not a completed proof of infinitude.

📍 Alpha 4 Implementation Status

✅ Achieved: TSU for ρ < 1/3

Uniform dispersion with modulus concentration Q ≤ R^(3/2), explicit constants, verified at ρ ∈ {0.26, 0.28, 0.30}

🔬 Discovery: Boundary Resonance

~74% of optimizer L² mass concentrates in horizontal bands under compression - structural barrier identified

⚠️ Limitation: ρ < 1/3 Barrier

Classical twin threshold ρ ≈ 1/2 remains unreachable within current TSU framework

🔄 Next: Real CDH Implementation

Need actual Kloosterman sums S(m,n;c) and proper Bessel transforms for genuine spectral approach

📄 Download Research Materials

Downloads are paused while older proof-facing drafts are audited. The current page is the public status record.

📚 How to Cite

Recommended Citation:
Goodfellow, W. & Collaborators (2025). "Twin Primes via Tiny-Shift Uniformity: Rigorous Partial Progress and Boundary Resonance." Alpha 4 Research, August 2025. Available at: https://shirania-branches.com/research/twin-prime/