Physical Simulation Engines for Silicon Dangling Bonds
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Oct 21, 2026 - C++
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post-cmos
Here are 5 public repositories matching this topic...
Rescuing Moore’s Law via Room-Temperature Soliton Integration in Standard Silicon.
fpga information-theory javascript-engine systemverilog hardware-designs logic-gates constraint-based-modeling topological-materials inverse-scattering computational-methods moores-law soliton-dynamics independent-time softcore-processor-design room-temperature-superconductors post-cmos soliton-physics threshold-optimization iso-velocity-computation
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Apr 22, 2026 - SystemVerilog
Build a Gardner Logic-Bridge IP core for threshold-programmable, room-temperature soliton logic in standard silicon
fpga information-theory javascript-engine systemverilog hardware-designs logic-gates constraint-based-modeling topological-materials inverse-scattering computational-methods moores-law soliton-dynamics independent-time softcore-processor-design room-temperature-superconductors post-cmos soliton-physics threshold-optimization iso-velocity-computation
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Oct 12, 2026 - SystemVerilog
Q-CORE: The world’s first subtractive computing core. It rejects CMOS logic to sculpt information directly from entropy. A deterministic, physically shielded, and SIMD-optimized architecture leveraging thermodynamic feedback and mass-invariance.
rust entropy computer-architecture deterministic post-cmos non-boolean-logic hardened-rust hemminki-trilogy
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Apr 1, 2026 - Rust
Designing a room-temperature terahertz computer on graphene plasmons — entirely in the open. Run the models, red-team the physics, watch the AI–human review loop work. Join in.
reproducible-research open-science graphene physics-simulation terahertz community-science plasmonics computing-hardware post-cmos ai-assisted-science
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Oct 29, 2026 - Python
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