PhaseAttention™ (Continuous Phase Space)
Continuous phase-space attention substrate engineered to bypass quadratic attention and memory-bus walls across 100,000+ continuous tokens. Delivers 99.6% DRAM memory bypass at 100% causal fidelity, sub-Ångström structural precision in macromolecular complexes, and verified zero OOM scaling across N=5,000 assets.
Problem
Dense quadratic attention matrices and Pairformer architectures create crippling memory-bandwidth walls during long-context autoregressive reasoning and large-scale graph inference, dragging gigabytes across off-chip memory buses and starving compute cores.
Business & Systems Impact
- 99.6% off-chip DRAM memory bypass at 100% causal fidelity across 100,000+ continuous tokens
- Sub-Ångström structural precision on macromolecular benchmark complexes (0.27 Å on 1UBQ, 0.87 Å on 1TEN)
- Verified zero OOM scaling across N=5,000 asset cross-attention benchmarks
- Unified with PhaseSAE under Conner Kupferberg’s foundational Phase Substrate architecture
- Live demonstration surface and encrypted briefing protocol active at phaseattention.pages.dev
Key Metrics
99.6% DRAM Bypass
0.27 Å Precision
Zero OOM at N=5k
Stealth Research
Solution Architecture
Formulated continuous phase-space routing to bypass dense quadratic evaluation while preserving causal fidelity and invariant geometric structure. Benchmarked across empirical biophysics and high-throughput cross-asset sequence reasoning.