Sensor fusion
How radar, optical, infrared, acoustic and environmental data can constrain one event.
Report a sighting RESEARCH HUB
Two tracks. One clear boundary.
Explore Paul Marziali's Quantum Fluid Multiverse Theory and the project's UAP research programme. Theory generates questions; evidence decides what survives.
REPRODUCIBLE INQUIRYOriginal editorial illustration · Not case evidence
One event. Multiple independent constraints.
A serious reconstruction compares sensor geometry, environmental context, human observation and competing explanations. A proposed theory only enters after the underlying event has been constrained.
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Evidence first
Observation, metadata and reproducible analysis come before theory selection.
Predictions required
A useful hypothesis must specify what could be observed and what result would count against it.
Status always visible
Hypothesis, model, simulation, preprint and peer-reviewed result must never share one label.
PROPOSED THEORY01 / THE FRAMEWORK
Quantum Fluid Multiverse Theory
A public map of QFMT's quantum-superfluid-ocean foundation, CAP construct, field architecture, equation families and route to independent assessment.
Enter QFMT section →ACTIVE PROGRAMME02 / THE APPLICATIONUAP research
Case reconstruction, sensor fusion, alternative hypotheses and a falsifiable test matrix for proposed QFMT interpretations of anomalous observations.
Open research programme →PEOPLE & ORGANISATIONS
Open researcher directory →Go directly to the researchers.
Find George Knapp and leading journalists, scientists, pilots, archivists, critical analysts and research organisations—with clear role labels and direct source links.
THE BOUNDARY
QFMT does not prove that a UAP is extraordinary, and a UAP report does not validate QFMT. Any connection must be earned through pre-defined measurements, reproducible analysis and independent testing.
Performance reconstruction
Separating real acceleration from parallax, range uncertainty, camera motion and processing artefacts.
Perception and reporting
Understanding observation conditions without dismissing the witness or over-reading memory.