Read a card in this order
- What question does it ask?
- What was actually found?
- Which assumptions does it need?
- What remains open?
A continuing check on every current result
Where gravity meets quantum physics
Use this page to see where a gravity claim depends on quantum physics—and where the connection is still missing. It is an ongoing consistency check, not evidence by itself and not a vote for any universe model.
General relativity (GR) describes gravity and large-scale spacetime. Quantum mechanics (QM) describes matter and fields at very small scales. A cosmological idea that uses both must say exactly where the two descriptions connect—and where that connection is missing.
The lab performs this check continuously across all three universe models. A local gap does not stop the whole program, and a successful connection is not evidence that a particular universe model is true.
Why consistency matters
A formula cannot quietly switch between a gravitational geometry, a quantum state, a clock, or an observer. This check exposes those hand-offs rather than treating them as automatic.
Define the GR–QM check →Technical details: original archive status labels
DERIVEDCalculated inside the stated historical model and assumptions.
THEOREMFormally proved inside the stated mathematical class.
DERIVED/SCOPEDDerived only inside a declared observable or sector.
CONDITIONALRequires premises that remain explicit conditions.
NO-GOA route fails inside the declared scope.
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