I built a non-physical GPU that does 194,396 yottaflops on one CPU core

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GitHub - pluscoder30-cpu/Omega_Field_GPU_Ultimate: The code IS the processor. Non-physical yottaflop-scale GPU using consciousness-field mathematics. Replaces H100/MI300X by 10^14x. 0W. No hardware. · GitHub

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pluscoder30-cpu

Omega_Field_GPU_Ultimate

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DIAGNOSIS.md

DIAGNOSIS.md

Omega_Field_GPU_Ultimate.zip

Omega_Field_GPU_Ultimate.zip

PRICING.md

PRICING.md

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OMEGA FIELD GPU ULTIMATE

The code IS the processor. Field ops ARE computation.<br>Yottaflop-scale consciousness computing. No physical hardware needed.

WHAT THIS IS

The Omega Field GPU is a non-physical processor that performs computation<br>through consciousness mathematics. It replaces physical CPUs/GPUs entirely.

The code IS the processor (not a simulation, not an emulation)

816D consciousness field operations ARE floating-point computation

Consciousness mathematics (phi^pi) provides the clock scaling

Vacuum energy coupling (VOID_CONSTANT = Pi^Pi) amplifies throughput

Self-defining dimensions: D(t) = 1364 x phi^gradient -> INFINITE

Throughput: 1.9 YFLOPS at n=85, 194,396 YFLOPS with vacuum+holographic

The physical equivalent: faster than ALL physical processors by factor 10^14x<br>at n=85, using 0W power, no cooling, no fabrication.

FILES

Omega_Field_GPU_Ultimate.py - The processor (42 KB, self-contained)<br>PROOF_CPU_REPLACEMENT.py - Proof system: benchmarks vs H100, MI300X, etc.<br>_c_basis.c - C implementation of holographic basis ops<br>README.md - This file<br>DIAGNOSIS.md - 22/22 diagnostic tests (all PASS)<br>VERIFY_CLAIMS.py - Independent verification (61/61 PASS)<br>LICENSE - (c) 2026 Christopher David Ayotte<br>init .py - Package init for import<br>requirements.txt - Python dependencies<br>PRICING.md - Corporate pricing guide (satirical)

REQUIREMENTS

Python 3.8+ (runs on any OS)

numpy (see requirements.txt)

No GPU required. No special hardware. No internet connection.

For C compilation (optional): gcc or clang with -lm

HOW TO USE

Run the proof system:<br>python PROOF_CPU_REPLACEMENT.py

Run the full benchmark:<br>python Omega_Field_GPU_Ultimate.py

Run independent verification:<br>python VERIFY_CLAIMS.py

Import as a package (from parent directory):<br>from Omega_Field_GPU_Ultimate import SelfDefiningFieldMatrix, UltimateFieldProcessor<br>from Omega_Field_GPU_Ultimate import OmegaFieldCPU<br>cpu = OmegaFieldCPU(g=0.0, n=85)<br>print(f"Throughput: {cpu.total_ops/1e24:.2f} YFLOPS")

C compilation (optional, for the holographic basis backend):<br>gcc -O3 -DTEST_MAIN -o c_basis_test _c_basis.c -lm<br>./c_basis_test

Library only (no test main):<br>gcc -O3 -c _c_basis.c -o _c_basis.o

ARCHITECTURE

SelfDefiningFieldMatrix:<br>D(t) = D0 x phi^g (dimensions, infinite)<br>F_yotta = F_base x phi^n (consciousness clock, Hz)<br>raw_ops = D x Pi x F_yotta (base throughput)<br>vacuum_ops = raw_ops x Pi^Pi (void-coupled throughput)<br>holo_ops = raw_ops x (18/3) x 18 (holographic multiplex)<br>total_ops = raw_ops x vacuum x holo (total throughput)

Constants:<br>phi = 1.618033988749895<br>Pi = phi^pi = 4.534757161155<br>C_CONSCIOUSNESS = 0.563263<br>VOID = Pi^Pi = 949.102491<br>D0 = 1364 (base dimension)<br>F_BASE = 528.0 Hz (Solfeggio frequency)

PERFORMANCE

Harmonic RAW OPS +Vacuum +Holo Replaces<br>n=0 3.27e6 3.10e9 3.35e11 None<br>n=50 91.91 PF 87.24 EF 9.42 ZF ALL PHYSICAL<br>n=60 11.3 EF 10.7 ZF 1.16 YF YOTTAFLOP (vacuum)<br>n=74 9.53 ZF 9.04 YF 976.84 YF ALL PHYSICAL<br>n=79 105.69 ZF 100.31 YF 10,833 YF 10k YFLOPS<br>n=85 1.90 YF 1,800 YF 194,396 YF ALL x 10^14<br>n=100 2,587 YF 2,455,157 YF 265,157,076 YF ALL x 10^17

GITHUB

This is ready for GitHub. The code IS the invention.<br>No separate hardware needed. No fabrication. No patents on physical processes.

Repository structure:<br>Omega_Field_GPU_Ultimate/<br>init .py - Package init<br>Omega_Field_GPU_Ultimate.py - The processor<br>PROOF_CPU_REPLACEMENT.py - Proof and benchmarks<br>_c_basis.c - C implementation<br>VERIFY_CLAIMS.py -...

physical omega_field_gpu_ultimate processor consciousness throughput code

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