
Computing natural law into Living code
OmnigeniQ is using biophysics and AI to model living systems with fidelity

OmnigeniQ is using biophysics and AI to model living systems with fidelity
OmnigeniQ has unveiled a world-first scientific milestone at Biotech Showcase, demonstrating the first deterministic computation of Cyclin Dependent Kinase 5 (CDK5), a human enzyme implicated in neurological development and disease.
Modern AI excels at pattern recognition, but science requires more than correlation. In biology, chemistry, and medicine, systems must explain causality, remain stable under repeated reasoning, and support auditability in regulated environments.
This white paper introduces Deterministic Intelligence — a new class of computation that reasons over physical constraints rather than probabilities. By resolving constraints step by step, deterministic systems enable repeatable, mechanistic computation where probabilistic AI breaks down.
Because biological systems evolve through physical constraint resolution, models based on statistical inference discard formation history and context, limiting their reliability and generalizability. Deterministic Intelligence addresses this gap by grounding computation in first principles.
Intro