Dual research program

Æther Flow

A dual physics-and-AI research program exploring an Æther-flow interpretation of relativity and the research-agent system built to pursue it.

Animated two-track Æther Flow luminous field mapPhysics researchAI research-agent system
Two connected tracks: one explores the physics interpretation; one develops the AI-assisted research discipline.

Two first-class tracks

Two paths, one research program.

The project structure is the first thing a general reader sees: physics research and the AI research-agent system are equal first-class paths.

Physics Research

Exploring an Æther-flow interpretation of relativity.

The physics track studies an ontology, keeps an Exact-GR benchmark as a reference point, and treats the GR-derivation problem as open.

  • Æther / Æther-flow ontology
  • Exact-GR benchmark package
  • Open GR-derivation problem
  • No-go and obstruction record
More detail
ontology open derivation gap

Current public language should preserve the distinction between interpretation, benchmark compatibility, open derivation work, and obstruction records.

Open physics track

AI Research-Agent System

Building the AI-assisted workflow used to pursue the research.

The AI track organizes research work through bounded tasks, roles, review discipline, claim gates, and source-first memory.

  • AI research-agent workflow
  • Role contracts and governed skills
  • Claim gates, review, and refutation discipline
  • Source-first memory, wiki, and registries
More detail
route check review

Public copy should explain the system in plain language before introducing internal terms such as AgentJobs, registries, and role contracts.

Open AI track

Living project

The website should follow the source project.

The Æther Flow project changes as the source research repository advances. This website is a public presentation layer intended to be refreshed from reviewed project outputs, PDFs, source records, and documentation updates.

Read source authority