gravity-processor

# Gravity Processor **Author:** David Wise (ROOT0) / TriPod LLC **License:** CC-BY-ND-4.0 · TRIPOD-IP-v1.1 Analog attractor-field processor using Ag₂S memristive nodes. 42-prim kernel — analog nearest-attractor / winner-take-all classifier. 1mm×1mm die, 96µW @ 10kHz, 100µs solution time. --- ## 42-Prim Kernel — Spec ``` Total Nodes: 48 ├── Live Tensors: 4 — CPG clock + spacetime metric ├── Gravity Prims: 42 — Ag₂S attractors, the 42 nearest the origin on a hex lattice │ (distance-sorted in gravity.c; 42 is not a closed hex shell) ├── IN: 1 — Mass injector └── OUT: 1 — Trajectory readout Die: 1mm × 1mm (DESIGN TARGET — simulated/disclosed, NOT a fabricated chip) Power: ~96µW @ 10kHz full-board budget (the memristive array alone draws ~0.4–30µW — see the power calc in gravity.c; 96µW is the RP2040 board) Latency: 0µs startup, 100µs solution (simulated) Material: Ag₂S nodes + Ti₃SiC₂ traces on SiO₂ ``` ### Live Tensor Cores (CPG Clock) | Node | Phase | Role | |------|-------|------| | L0 | 0° | Time axis `g_tt` | | L1 | 90° | X-axis `g_xx` | | L2 | 180° | Y-axis `g_yy` | | L3 | 270° | Z-axis `g_zz` | ### Ag₂S ECM Cell ``` theta ∈ [0,1] — filament state g(theta) = G_OFF*(1-theta) + G_ON*theta SET via sinh ion-drift, tau_fire=15µs at V_SET 0.65 eV retention barrier → ~ms retention (NOT non-volatile; true non-volatility needs a >0.9 eV trap — gravity.c flags this itself) ``` Dynamics: overdamped (ions in ionic medium). Probe descends potential well and settles — analog attractor resolution. --- ## Files | File | Description | |------|-------------| | `gravity.c` | Full 42-prim kernel implementation in C | | `memristive_kernel_128.c` | 128-node memristive kernel | | `memristive_seed_v2.c` | Memristive seed v2 | | `memristive_dashboard.jsx` | React dashboard for memristive state | | `Makefile` | Build file | | `gravity-bom/` | Bill of materials + 4 protoboard layout diagrams | | `boron/` | Boron single-chip design | | `liquid-proc/` | Liquid processor variant | ## gravity-bom — Physical Build The `gravity-bom/` folder contains: - `42 prim.md` — complete spec in markdown - `BOM_42prim.json` — full bill of materials - `BOM_42prim 00.json` — BOM variant 00 - 4× protoboard layout diagram JPEGs (detailed physical build reference) --- *"Gravity = analog ATTRACTOR FIELD, not Newtonian gravity."* *"A charged probe drifts through superposed wells; where it settles is the result."*