Published October 25, 2026
| Version 1.0.0
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A Minimal Scalar Extension of Mass-Energy Equivalence: SRCA CHIP Scalar-Regulated Compute Architecture (SRCA) Proof-of-Concept Simulation: Qubit Lattice with Vacuum Energy Harvest
Authors/Creators
Description
Scalar-Regulated Compute Architecture (SRCA) Proof-of-Concept Simulation: 10x10 Qubit Lattice with Vacuum Energy Harvest (NSGS RHS Extension)
Description/Abstract (keep it concise but substantive):
Description/Abstract (keep it concise but substantive):
This deposit archives a Python simulation demonstrating apparent Landauer limit violation and decoherence suppression in a scalar-coupled qubit lattice,
based on the NSGS framework E = (m + gφ)c² with α_s ≈ 1.27×10^{-6} baryon-scalar coupling.
Even conservative φ_gradient = -1000 yields ~0.13% energy reduction and exponential coherence gain (exp(12700) ≈ infinite practical stability).
Code, output logs, and parameters provided for reproduction. Related to prior NSGS proofs (3I/ATLAS heartbeat, GW250114 overtone).
No affiliation claimed; independent derivation.
Files
1 Stage of relation Fusion Equation Phase 1.pdf
Files
(7.6 MB)
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Related works
- Is new version of
- Workflow: 10.5281/zenodo.18370961 (DOI)
- Is supplement to
- Publication: 10.5281/zenodo.18010153 (DOI)