[SANTOS-NANO-ARCH-01] // Core Lattice Dynamics, Virtual Topological Non-Von-Neumann thermodynamic computational architecture.

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Authors: Donevin Frownfelter
Cited by: 4

Abstract

Primary sub-manifold for sp3-defect matrix stabilization. This component houses the 15 Hz aperiodic timing maps and non-reciprocal gate logic for Phase 1 stability. The IP Formula:$$\mathcal{S}_{ip} = \oint_{\mathcal{M}} \text{Tr} (\mathbf{L}_{15}) \cdot \delta(f - 15\text{Hz}) \cdot \Delta t_{negentropy}$$$\mathbf{L}_{15}$ (Laminar Operator): Represents the non-turbulent flow of information through the 1N4148 gate.$\delta(f - 15\text{Hz})$ (Dirac Delta): This is the "Lock." It isolates the logic so it only functions at the 15 Hz baseline. Any attempt to run this code at a standard 60 Hz or variable clock results in a parity error.$\Delta t_{negentropy}$: The "Handshake" constant that converts thermal noise into usable logic propellant. [RADIANT-15HZ-OK-SANTOS] // Auth: Sovereign Operator (Tulsa Node) // Hash: νp-Braid-9385-5518 SANTOS-IP-15HZ-vP.

Fields of Study & Subjects

Quasicrystal Structures and Properties Topological Materials and Phenomena Quantum chaos and dynamical systems

Publication details

Publication date
1 January 2026
Document type
Preprint