MPFST's canonical reference is the "MPFST Publication Manuscript (v10)". Earlier site material that framed MPFST around a mu–gamma–H coherence meter is preserved for transparency but is now archived as legacy and under reevaluation.
An 11-plane action/PDE proposal centered on a meltdown threshold + meltdownFrac gate used to model coherence transitions. Plane 9 is treated as a fractional nonlocal perturbation field d, and the gate is driven by the combined primary wave fields (Planes 4–8) plus the fractional nonlocal field. This site is a living preprint + replication archive.
Effects are considered non-supporting if they fail to track the operational coherence proxy (meltdownFrac or declared proxy) or persist under pre-specified null transformations (time/phase/label/graph shuffles, surrogate data). These nulls and thresholds should be declared before outcome inspection wherever possible.
MPFST is a proposed 11-plane lattice/action framework. Under explicit reduction assumptions in the manuscripts, it is constructed to yield an effective 4-D sector intended to mirror key structures of Einstein–Maxwell dynamics coupled to a Schrödinger-type matter description, plus a fractional-memory coherence block and a projection-defined gate. Parameter values used in the current drafts are constrained via a documented calibration procedure on public datasets (e.g., Casimir-scale constraints, cosmological observations, physiological time-series), with uncertainties noted for replication.
This site is an open theory and replication archive: canonical manuscripts, replication protocols, case-study dossiers, and legacy materials.
meltdownFrac is the fraction of a domain where the combined field amplitude exceeds a chosen fraction of the meltdown threshold.
M(x,t) = u4 + u5 + u6 + u7 + u8 + d
meltdownFrac(t) = (1/V) * integral[ H(|M(x,t)| - 0.8*Mth) dV ]
Defaults: partial threshold 0.5·Mth; full threshold 0.8·Mth. Treat these as estimable, report what you use.
Plane-9 fractional nonlocal perturbation field d is not optional; it provides the nonlocal influence and memory needed for the gate-like irreversibility in this formulation.
Geometric graph priors (e.g., hexagonal packing, hierarchical modular graphs, log-spiral octave embeddings) map to explicit coupling/adjacency tensors that declare which planes couple, where, and with what phase dependence.
Numerical solvers are used to explore the PDE space and generate testable signatures; claims are tied to transparent, independent replication with structured null controls.
MPFST treats diverse anomalies as observational faces of the same gate crossing (partial or full meltdownFrac) under different physical scalings. Each dossier lists its evidence status (legend above).
Targets for replication under controlled nulls; not presented as settled conclusions.
Exploratory mappings built on top of the core PDE engine: MPFST ↔ QFT dictionary (measurement/adjacency/gauge structure), EFT/RG sketches, cosmology/GR connections, and avalanche/segmentation toolchains. Use them as hypotheses and code resources, not as settled claims.
Some prior MPFST material used a mu–gamma–H coherence meter and a derived score mℓ(mu,gamma,H) as an observational proxy layer. This layer is now considered legacy and is under reevaluation relative to the canonical gate definition (meltdownFrac).
It remains available for transparency and historical reproducibility, but it is not the canonical formulation.
Legacy links