Floating PragmaIndependent research studio
Floating Pragma studies bounded physical and software systems with local state, ports, readback, records, and repair. The work spans fundamental physics, scientific simulation, verifiable computation, and applied security.
These are the canonical public surfaces for Observer Patch Holography. Each serves a distinct reader and links back to the same research source.
The plain-language map of the program, its supported results, and its open physical bridges.
Explore research → 02 · BookThe whole argument for general readers, written for anyone with no physics background. Forty chapters, no mathematics required.
Read the book → 03 · TextbooksThe technical path, for readers with a physics or computer science background. Guided derivations, diagrams and reading paths.
Open learning library → 04 · Interactive labFocused experiments for records, overlap, repair, geometry, and observer dynamics.
Enter the lab → 05 · SourcePapers, TeX sources, Lean proofs, executable derivations, and evidence packages.
Inspect the repository → 06 · SimulationA visual model of bounded observers, local records, disagreement, and repair.
Run the simulation →OPH asks how limited observers can form one shared physical account. The mathematical work studies finite records, overlap consistency, repair, spacetime structure, and Standard Model Lie type. Exact results and physical identifications carry separate status.
Verifiable systems expose their boundary, state transitions, readback, and evidence. That same discipline informs work on zero-knowledge proofs, artificial intelligence security, and physical computation.