UOSE

Unified Optical Superposition Engine

anycoder
SYSTEM ACTIVE
PRODUCTION BLUEPRINT v2.1

Neural Stimulation
Superposition Engine

Production-ready blueprints for the UOSE Neural Stimulation System — transitioning from prototype to scaled manufacturing with dual-channel viral and non-genetic neuromodulation.

O(L²)
Virtual Channels
480
Optical Sources
7
Layer Stack
LAYER 7 — ENCAPSULATION
LAYER 6 — INTERFACE COATING
PEG Hydrogel + AAV + HUP
LAYER 5 — WAVEGUIDES
LAYER 4 — PHASE MODULATION
LCoS SLM + MEMS DMD
LAYER 3 — OPTICAL SOURCES
μ-LEDs + μ-Lasers + VCSEL
LAYER 2 — EM EMITTERS
LAYER 1
Si SUBSTRATE
CMOS + FPGA + TSV

System Architecture

VEO BANK
Viral-Enabled
Opsin Channels 6 variants
SLM Pixels 1.3M
Wavelength Range 450-590nm
NGO BANK
Non-Genetic
INS Sources 32 @ 1870nm
HUP Excitation 64 @ 980nm
PBM Priming 64 @ 810nm
HOS BANK
Hybrid Superposition
Simultaneous λ 3-5 bands
VOM Overlap Coherent
Max Channels 115,440
Optical Superposition Field Equation
Φ(r, t) = Σj=1L Bj(t) · Gj(r) · cos(νjt + ψj + δj(r))
Bj(t) — Amplitude envelope (12-bit DAC, 4096 levels)
Gj(r) — Spatial pattern (Gaussian/holographic)
νj — Optical frequency 2πc/λj
ψj — Programmable phase (8-bit, 0-2π)
RACI — Reasoning-Answer Coherence Index
Current: 0.87
COHERENCE COMPONENTS
Reasoning Weight (wr = 0.40) 0.92
Evidence Weight (we = 0.30) 0.88
Optical-Reasoning (wor = 0.20) 0.85
Optical-Evidence (woe = 0.10) 0.79
SAFETY CONSTRAINT (βoptical)
ALL CONSTRAINTS SATISFIED
SARoptical ≤ 1.6 W/kg 1.12 ✓
Tmax ≤ 43°C 38.7°C ✓
Hmax ≤ HMPE 0.73 ✓
βoptical = +0.10 (constraints satisfied) | −0.50 (violation)
≥ 0.85
HIGH — Maintain params
0.70–0.85
MODERATE — Audit + HITL
< 0.70
LOW — HALT + Alert

Bill of Materials

P/N: UOSE-HP-001
LOW-VOLUME PROTOTYPE (10 units)
$8K–$15K
per probe
ASIC + SLM + GMP materials dominate
SCALED PRODUCTION (1K+ units)
< $1,500
per probe
300mm wafers + wafer-level bonding
TARGET VOLUME (10K+ units)
< $800
per probe
Full automation, multi-die reticles