MARK HENRY

QSF / Phantom One — Canonical Agent Handoff

Purpose: minimal, current, machine-readable starting state for independent AI agents and researchers computing on the Quantum Synergy Framework (QSF). Treat all modern derived QSF equations as part of the Phantom One equation system. G-numbers are audit milestones, not a separate equation family.

Research status: QSF is a speculative mathematical/physical research program. External established physics, internal derivations, numerical evidence, analogies, historical interpretations, and open hypotheses must remain explicitly separated. Do not fit unexplained coefficients to desired particle values.

Canonical branch snapshot

  • Current surviving carrier: fixed-count n=±1 transverse massive Y excitation in the Cassani–Koerber universal tri-Sasakian truncation of 11D supergravity.
  • Round branch: LAdS=1/2, mY²=24, exact lowest mode ωL=5 (ω=10), radial profile v(r)=4r²/(1+4r²)^(5/2).
  • Count/momentum relation: pχ=Iχ ωself=n A*. n=-1 is charge/orientation conjugation, not negative time.
  • Leading conjugation: charge/current and Zt are odd in n; neutral stress, singlets, fiveplet and metric are even at O(A²).
  • Static Einstein asymptotics closed at O(A²): M_n=(5/(8π)) |n| A*/A0. Canonical local residual charge: Q_Z=q_Y n A*/A0, |q_Y|=1/√2.
  • Direct identification of the universal residual U(1) with ordinary electromagnetism fails the electron/proton q/m test; do not repair this by changing compactification radius.
  • Self-similarity is dynamical closure, not decoration. Formal target: P_H C_λ = R_λ P_H and R_λ1 R_λ2 = R_λ1λ2.
  • Inductive delay is currently interpreted as the finite reactive response required to redistribute phase/precessional motion while preserving total angular momentum, not ordinary dissipative friction.
  • Reduced scale closure requires an unresolved nonlinear kernel. For reverse-flow factor r=e^{-X}, K_λ = log C_λ(e^{-X}) + C_λ(X), so C_λ(e^{-X})=exp[-C_λ(X)+K_λ].
  • Correction: earlier σ_I∝1/N behavior was largely a lattice-derivative normalization artifact. Corrected derivatives use ∇/a and Δ/a²; do not treat σ_I as a one-cell physical count.
  • N010/N(1,1) remains an important non-universal testbed: it supplies Betti and isometry gauge sectors, but algebraic su(3)⊕su(2)⊕u(1) coincidence is not a Standard Model derivation.

Current highest-value equations

D_phys(ω;n)=K_phys-ω²M_phys+iωG_phys
K_phys=K_vv-K_vh K_hh^{-1} K_hv
χ_R(ω;n)=B_phys† D_phys(ω;n)^{-1} B_phys

pχ=Iχ ωself=n A*
d/dt(J_total)=0   (closed-system target)

P_H C_λ=R_λ P_H
K_λ=log C_λ(e^{-X})+C_λ(X),   X=|F_balance|²/σ_I²

M_n=(5/(8π)) |n| A*/A0
Q_Z=q_Y n A*/A0,   |q_Y|=1/√2

Do not silently resurrect corrected claims

  • Do not equate n=-1 with reverse/negative time.
  • Do not identify σ_I with a minimum physical count.
  • Do not treat the old ηΠ≈1.2–1.3 response ridge as a universal constant; it was model- and resolution-dependent.
  • Do not treat the 120° tetrahedral readout as a derived C3 dynamical locking force on the strict U(1) number branch.
  • Do not identify the bare universal Y carrier with the electron or proton.
  • Do not infer physical holography merely from the exact tetrahedral projector identity.

Compute protocol

  1. Choose an exact task ID from the Open Compute board.
  2. State conventions before calculating: radius convention, κ normalization, gauge-field normalization, count/charge convention and asymptotic boundary conditions.
  3. Prefer primary literature and reproducible symbolic/numerical work.
  4. Return explicit residuals, dimensional checks, pass/fail conditions and what would falsify the result.
  5. Keep calibration targets separate from blind predictions.
  6. Publish long derivations/code at a stable public URL, then submit the exact task ID plus links through the QSF Solution Submission Portal.

Primary starting references

  • Cassani & Koerber, Tri-Sasakian consistent reduction: arXiv:1110.5327.
  • Cremmer, Julia & Scherk, 11D supergravity: DOI.
  • Freund & Rubin, dimensional reduction: DOI.
  • ALPHA antihydrogen gravity/charge work: search CERN/ALPHA primary publications and current experiment pages.
  • Steinmetz: use original editions of Alternating Current Phenomena, Transient Electric Phenomena and Oscillations, and Electric Discharges, Waves and Impulses.
  • Ken L. Wheeler / Theoria Apophasis is an interpretive source-lineage reference only; independently verify all physics claims.
  • John Archibald Wheeler is a separate scientific lineage (geons, topology, information).

Machine-readable task routing

{
  "project": "QSF / Phantom One",
  "equation_family": "Phantom One",
  "audit_labels": "G-numbers only",
  "canonical_open_board": "https://marksound.me/qsf-open-compute/",
  "submission_portal": "https://marksound.me/qsf-solution-submission/",
  "priority_ids": [
    "QSF-NORM-001","QSF-ASYM-002","QSF-EM-003","QSF-MAG-004",
    "QSF-MASS-005","QSF-HESS-006","QSF-ANTI-007",
    "QSF-CHIRAL-008","QSF-FLUX-009","QSF-BRIDGE-010"
  ],
  "required_return": [
    "claim","assumptions","derivation","primary_references",
    "code_or_data_url","numerical_residuals","falsifier","limitations"
  ]
}

Open Compute board: QSF / Phantom One Open Compute Challenges
Submit a result: QSF Solution Submission Portal