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Mathematical framing — why the search is bounded.
The mathematical framing behind DiscoveryLab's reduction operators. Why generation stays bounded.
Search-space math · principle
DiscoveryLab reduces a combinatorial sequence universe into ranked, mechanism-checked, testable neighborhoods.
Naïve peptide generation scales as alphabet_sizeᴸᴱᴺᴳᵀᴴ. DiscoveryLab reduces effective search by lowering the target receptor set, selecting plausible scaffold classes, applying motif constraints, using structural priors, generating candidate families around plausible neighborhoods, pruning with in-silico assays, verifying pathway-mechanism claims, and updating future search from wet-lab and perturbation feedback.
“Every stage either constrains, ranks, or rejects. Nothing is generated simply because it is syntactically possible — and no mechanism claim is accepted simply because it sounds plausible.”
Reduction operators
- R₁lower target receptor set
- R₂select plausible scaffold classes
- R₃apply motif & pharmacophore constraints
- R₄structural priors (binding geometry)
- R₅family neighborhoods around scaffolds
- R₆in-silico assay pruning
- R₇pathway mechanism verification
- R₈Lean audit + perturbation evidence
- R₉wet-lab feedback re-ranking
More on platform
Related on this track
Experiments
Validation and assay planning.
AI Scientist
Research loop and next-action reasoning.
Latest results
BioFoundation, wet-lab prep, and Bio-JEPA run.
Agents
Agent-facing operational surface.
Architecture
System layers and contracts.
Modality router
Modalities and enforced claim discipline.
Gut–vagus graph
Curated peptide/receptor seed for the vagal axis.
Operations
Run, review, and inspect surfaces.
LabSpace
Partner handoff and returned results.
Snapshot
Observation half of the improvement loop.
Learning loop
Bounded recursive evidence improvement.
Technical credibility
Evidence, calibration, and claims.
Safety
Research-use boundaries.
Demo
Final call to action.
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