Best starting points
OPH Textbooks Structured guided route through the OPH derivations. Technical paper Primary technical account of the observer-first reconstruction. Mini-Universe Simulation Observer patches, overlap readback, records, and repair in motion. Applications OPH use cases across hardware, compute, energy, AGI, and lift.
Observer Patch Holography

Quantum Gravity.

OPH explores whether gravity can grow out of the way limited observers compare shared evidence. Each observer sees only part of a world, keeps records, and has to resolve conflicts with its neighbours.

Under stated assumptions, the mathematics connects shared records and quantum information to geometry and gravitational dynamics. The physical link to our universe remains a demanding test.

One local mathematical closure has a checked solution. A separate proposal asks whether a universe could read its own total record capacity. That proposal supplies no cosmological value: the general proof and the physical identification are open. Several numerical comparisons are retrospective and have no predictive status.

How OPH reaches gravity

OPH begins with bounded patches that can compare records where they overlap. The programme asks whether the rules needed for reliable agreement can also organise geometry and gravity.

Under stated conditions, the formal work relates those shared records to geometry and gravitational dynamics. The technical papers separate that formal route from the extra work needed to connect it to physical measurements.

Why this is quantum gravity

  • Information and records belong to the starting point.
  • Geometry is studied as an emergent consequence.
  • Lorentz symmetry and gravity appear on formal branches with stated assumptions.
  • General relativity is compared as a large-scale description.
  • Cosmological extensions remain conditional.
Where To Inspect

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