AI Research System

AI Research System

Read this category as the governed workflow around the research, not as an autonomous proof engine.

Animated AI Research System workflow map Bounded tasks, source inspection, validators, memory, handoffs, and human gates orbit a central source-authority boundary.
The AI Research System constrains work through records, validation, memory support, human gates, and source-authority boundaries.

The Æther Flow Project is a two-part research program about foundational physics and the governed, human-accountable AI research system used to organize that work. Its physics track asks whether ordinary general relativity can be interpreted, and eventually derived, from a deeper Æther or Æther-Flow foundation; for now, general relativity remains the exact benchmark for observable gravity, while the first-principles substrate derivation is still open.

The AI track turns each research request into a small, inspectable unit by recording the task, checking source material, limiting one AgentJob to named roles and allowed actions, running validators, and preserving completion and handoff evidence, with protected decisions left to a human Director or another explicit gate.

This overview shows how those records connect so a general reader can follow who may act, what evidence is required, and where the work stops or passes onward. An AI output, a validator PASS, or a completed workflow can document an operational result, but it does not by itself prove a physics claim or expand the authority granted by source records.

Static diagram

Read the AI research system as task authority, not autonomous proof.

The authority map shows request classification, source authority, task records, AgentJobs, validators, and bounded outputs in one controlled chain.

The diagram illustrates the AI system as a chain from request classification through source authority, task records, AgentJobs, validators, and bounded outputs.
Diagram showing request classification, source authority, task records, AgentJobs, validators, and bounded outputs.

The diagram illustrates the AI system as a chain from request classification through source authority, task records, AgentJobs, validators, and bounded outputs.

Reader route map

Start with the workflow boundary, then inspect the parts.

The overview is stable public orientation. The current-state page is dated snapshot context. Later pages explain the record chain, roles, validators, memory, runtime, and improvement loop.

Workflow status

Operational rigor is useful because it stays bounded.

The public claim is not that AI proves physics. The public claim is that the research workflow is designed to make work inspectable, narrow, reversible, and accountable.

LayerSafe useBoundary
Reader entryThe category explains why the project uses governed AI-supported research infrastructure.It does not present AI systems as autonomous proof authorities.
Bounded workOne invocation narrows into one task, one AgentJob, one allowlist, and one completion record.A job cannot silently add objectives, write paths, or claim authority.
Source-first evidenceMemory, registries, and generated summaries help locate source files and records.Navigation layers do not replace source inspection or tracked authority.
Validation and handoffValidators and handoffs make a checked state inspectable and preserve next-route context.Validation PASS is operational consistency, not scientific proof.
Human accountabilityPromotion, adoption, protected verdicts, and publication decisions stay explicit and gated.Generated output cannot replace human-gated responsibility.

Source basis

The category explains source-backed artifact classes.

Stable overview copy should describe artifact classes and boundaries. Moving task and handoff details belong in dated current-state context.

Source areaUsed here forAuthority boundary
Research-agent workflow sourcesGoverned workflow, one-job rule, AgentJob lifecycle, completions, handoffs, and validator limits.Workflow evidence remains operational and source-bound.
Role, memory, and registry explainersRole labels, skills, memory preflight, and retrieval-layer boundaries.Labels and retrieval hits are not current execution authority.
Current-state rulesDated snapshot behavior and stale-data warnings for moving implementation-control context.Transient state belongs in current-state pages, not stable overview claims.

Source authority