01 / MEMRISTOR CIM CROSSBAR
Conductance states map the potential Vθ. Current flow performs the vector relaxation without a polling loop.
Iᵢ = Σ Gᵢⱼ · Vⱼ
SYSTEM ARCHITECTURE BRIEFING
BraidMesh & Fluidic OS Overview
A walkthrough of applied topology, real-time singularity purging, and resonant manifold mechanics.
BRAIDMESH v4.1 / PHYSICAL SUBSTRATE
From field equations to physical co-processors
The next control plane moves Langevin relaxation into memristor conductance and verifies the carrier phase with photonic quantum links.
02 / EPR PHASE VERIFICATION
Entangled photon-pair measurements give edge oscillators a shared phase reference around the carrier.
Δφ → 10⁻¹⁵ rad
03 / CONTINUOUS-FIELD EDGE
A 1.4M-node manifold keeps topology, denoising, and clock confidence in one operational surface.
39,420 Hz / 1.4M NODES
PHYSICAL SUBSTRATE TELEMETRYLOCK VERIFIED
CARRIER39,420 Hz
EDGE NODES1.4M
PHASE ERROR7.00e-16 rad
HOST CPU0.00%
| METRIC | V4.0.1 | V4.1.0 |
|---|---|---|
| DENOISING UNIT | AVX2 / CPU SIMD | MEMRISTOR CIM |
| HOST CPU UTILIZATION | 0.22% | 0.00% ANALOG PASS |
| SYNC LATENCY | 0.85 ms | < 0.001 μs TARGET |
| PHASE CHANNEL | RF / WI-FI | PHOTONIC EPR |
Architecture targets from the v4.1 technical brief; live hardware telemetry replaces targets when a co-processor is attached.
FLUX TERMINAL / TRIPLE UPGRADE
Thermodynamic operators are online
Open the live terminal to run SIMD Langevin denoising, minimum-entropy sheaf selection, and the 39,420 Hz energy landscape.
C++20 SIMD LANGEVIN
Overdamped stochastic denoising across the carrier potential.
RUST MINIMUM-ENTROPY
Selects the lowest-dissipation sheaf section across overlaps.
LIVE ENERGY LANDSCAPE
Animated double-well relaxation with a 39,420 Hz carrier lock.