Topological Biophysics & Metabolic Lattice Domain
Osseos Bio models the organism as a contact manifold under mechanical, metabolic and energy-flux load — then hands execution to the Braid Mesh engine.
01
Engineering biological longevity as a continuous, self-regulating field via Helfrich free energy models and mitochondrial flux dynamics.
Conventional analytics read biology through isolated scalar metrics. Osseos Bio tracks structural integrity, autophagy cycles and mitochondrial density as coupled geometry — so drift is visible before degradation shows up.
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Module 01 · ODE
dΨm/dt · J_ATP · mTOR ⇄ Autophagy
Coupled differential equations for proton-motive force, ATP flux and the bistable switch between growth and cellular cleanup — simulated over continuous 48-hour trajectories.
Module 02 · SDF
E = ∮ ½κ(2H − c₀)² + κ̄K dA
A discretized Helfrich Hamiltonian for bilayer deformation, rendered live as GLSL signed-distance gyroid membranes — the field behind this page.
Module 03 · Vector
d_G(v̂₁, v̂₂) = arccos(v̂₁ · v̂₂)
Normalized multi-omic vectors on the unit hypersphere S^(d-1), clustered by geodesic arc length instead of linear correlation.
03
Python simulation suite mapping 48-hour fasting, workout and recovery protocols.
bio_lattice.py + phase-space analytics
WebGL 2 ray-marched SDF shader showing live lipid membrane stress deformation.
GPU viewport + Helfrich curvature stream
Local, privacy-first terminal running retrieval over literature and personal telemetry.
Qdrant / FAISS over PubMed, bioRxiv
Continuous-field audit of biological signal-to-noise and cellular energy capacity.
Stability Index · Autophagy score · Ψm peak
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Type a command or tap one below. Try status, search, simulate, or connect.
05
All real-time GLSL ray marching, vector searches and CLI execution run on the Braid Mesh core. Dispatch with Osseos Bio parameters pre-loaded.
Target:
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Research notes, live dialogue and field updates from the Osseos Bio operator.