Biologics Observables
BO-1 through BO-6 — anomalous biological signatures
The Biologics framework defines what would make biological material or biological interaction anomalous — the criteria that claims about "anomalous biologics" must be tested against. Each observable is grounded in published science (assembly theory, isotopic analysis, phylogenetics) so that an extraordinary claim has an ordinary, checkable measurement path.
import { BIOLOGICS_OBSERVABLES, BIOLOGICS_OBSERVABLE_IDS } from '@disclosureos/observables';The six observables
| Code | Id | Label |
|---|---|---|
| BO-1 | molecular_complexity | Molecular Complexity Anomaly |
| BO-2 | isotopic_provenance | Non-Terrestrial Isotopic Provenance |
| BO-3 | non_standard_biochemistry | Non-Standard Biochemistry |
| BO-4 | non_phylogenetic_genetics | Non-Phylogenetic Genetic Signatures |
| BO-5 | anomalous_morphology | Anomalous Morphology |
| BO-6 | anomalous_bio_interaction | Anomalous Biological Interaction |
BO-1 — Molecular Complexity Anomaly
Material exhibits molecular assembly complexity requiring a guided process (life or technology) to produce — molecules with high assembly indices found in abundances impossible through abiotic chemistry. Grounded in assembly theory (Cronin et al.).
Contested basis
Assembly Theory is an active area of research and remains contested. Critics argue that its assembly index overlaps with established complexity and information measures and that it has not been independently validated as a definitive biosignature. Treat a high assembly index as suggestive rather than conclusive. The definition carries this as its caveat field, so any UI rendering the standard surfaces the qualification automatically.
BO-2 — Non-Terrestrial Isotopic Provenance
Isotope ratios inconsistent with terrestrial, solar-system, or known astrophysical formation processes. This is the workhorse test for "not from here" claims about recovered material — mass spectrometry gives it a clean measurement path.
BO-3 — Non-Standard Biochemistry
Biology using fundamentally different building blocks than terrestrial life — alternative nucleic acids, non-standard amino acid backbones, non-carbon scaffolding, or alternative solvent systems.
BO-4 — Non-Phylogenetic Genetic Signatures
Genetic material outside Earth's tree of life — no homology to any known organism, novel genetic codes, or information-storage systems incompatible with LUCA-derived biology. Sequencing plus comparative genomics is the method; the null hypothesis (contamination, degradation artifacts) must be excluded.
BO-5 — Anomalous Morphology
Body plans, organ systems, or cellular architectures outside all known phylogenetic trees — features that cannot be derived from any known evolutionary lineage. Note that unusual is not anomalous: terrestrial biology is strange, and this observable requires excluding known taxa, pathology, and hoax.
BO-6 — Anomalous Biological Interaction
Agent-level biological interaction beyond simple energetic exposure — directed, purposeful, or communicative engagement implying intelligence or agency. Distinct from TO-6 (Biological Effects), which covers passive radiological or energetic injury; BO-6 is the home for the abduction/experiencer phenomenon and precision animal-tissue removal ("cattle mutilation"). The hardest to establish and the most dependent on multi-witness, multi-modal documentation.
Testimony-based — agency not established
Unlike the sensor- and laboratory-grounded observables, this one rests largely on witness and experiencer testimony, and the inference of directed intelligence behind an interaction is not established. Investigations of related phenomena — including the federally funded 1980 Operation Animal Mutilation report — have attributed many cases to mundane causes such as predation. Treat a reported interaction as a prompt for physical corroboration, not as confirmation of agency.
Honest levels matter most here
Biologics claims attract the strongest scrutiny, so the assessment levels carry the weight:
import { createObservableClaim } from '@disclosureos/observables';
observation.observableAssessments = {
biologics: {
isotopic_provenance: [
createObservableClaim('measured', {
confidence: 0.55,
rationale: 'Magnesium isotope ratios outside terrestrial range in two of three samples; third lab could not replicate.',
evidenceRefs: ['physical:sample-1976-frag'],
evaluatedBy: 'example-materials-lab',
}),
],
},
};A measured claim with honest confidence and cited lab evidence is worth more to the ecosystem than a confirmed claim that can't survive an audit. Replication disagreements belong in the record — add a second claim rather than overwriting the first.
Companions
import {
BIOLOGICS_OBSERVABLE_IDS,
BIOLOGICS_OBSERVABLE_LABELS,
isBiologicsObservableId,
formatBiologicsObservable,
} from '@disclosureos/observables';