BIO56: Deterministic Decomposition of Biological Data into 56 Elements — Experimental Results
BIO56: Deterministic Decomposition of Biological Data into 56 Elements — Experimental Results
941 biological entities from 4 independent data domains — 671 cancer-gene DNA sequences (NCBI), 185 BRCA1-associated protein structures (RCSB PDB), 1,904 breast cancer patients (METABRIC cohort), and 84 live-cell DIC microscopy frames (Cell Tracking Challenge) — were decomposed into 54,986,846 atoms using a deterministic 7-law classification cascade (8 atom types × 7 laws = 56 elements). 19 genes were found across domains automatically, including a 3-way BRCA1 identity proof (487 independent occurrences across DNA, protein, and clinical data). Every measurement is a mathematical formula — no AI, no trained models, no hyperparameters. This document presents results only — method protected by provisional patents #64/029,741 and #64/048,143 filed with the USPTO.
holosynthics, digital matter, deterministic, biology, periodic table, microscopy, cancer, cross-domain, BRCA1
holosynthics, digital matter, deterministic, biology, periodic table, microscopy, cancer, cross-domain, BRCA1
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