Physics Reread

Contents

1. Foreword
2. Chapter 1. The Tsirelson bound without a Hilbert space
   • 1.1 The model
   • 1.2 The singlet correlation
   • 1.3 The erratum: the pure sign is the Popescu-Rohrlich box
   • 1.4 The arithmetic foundation of k = 1/2
   • 1.5 The geometric derivation of the bound
   • 1.6 The three ceilings
   • 1.7 No-signaling, Born rule, entanglement
   • 1.8 Five constants, one mechanism
   • 1.9 Scope and limits
   • 1.10 Falsifiable predictions
   • 1.11 The double derivation
   • 1.12 The hourglass of pairs
   • 1.13 The same bound read by Book VIII
3. Chapter 2. Quantum correlations by sequential projection
   • 2.1 The four principles
   • 2.2 The global state and the sequential order
   • 2.3 The classical objections
   • 2.4 The ternary structure beneath binary measurements
   • 2.5 Half-integer spin as geometric necessity
   • 2.6 The uniqueness of the update
   • 2.7 The comparison with the received interpretations
   • 2.8 Falsification
4. Chapter 3. The wave does not collapse, it inverts
   • 3.1 The measurement problem
   • 3.2 The six principles
   • 3.3 The ontological sequence 2 → 1∞ → 3 → 6 → 5 → 4
   • 3.4 The wave as relational product
   • 3.5 The inversion: the third term binds
   • 3.6 The arithmetic signature: 5 × 5 = 25 → 7
   • 3.7 The observer as degree of binding
   • 3.8 Wave-particle duality as rotation
   • 3.9 Continuity with sequential projection
   • 3.10 The objections
   • 3.11 The comparison of frameworks
   • 3.12 Predictions
   • 3.13 Scope
5. Chapter 4. Heisenberg's indeterminacy as projection cost
   • 4.1 The theorem and its reading
   • 4.2 The paths of k = 1/2
   • 4.3 The same 1/2 in every domain
   • 4.4 Measurement as projection
   • 4.5 The commutator reread
   • 4.6 Stevin's residue
   • 4.7 Predictions
   • 4.8 Determinism restored
6. Chapter 5. The tunnel effect: the barrier as a switch
   • 5.1 The established facts
   • 5.2 The geometric reading
   • 5.3 Recoverability: the rotated component exists
   • 5.4 Predictions
   • 5.5 What version 2.0 no longer claims
   • 5.6 Conclusion
7. Chapter 6. The Planck cross: the quantum is an area
   • 6.1 The quantum is an area, not a sphere
   • 6.2 The enclosed area: states inhabit the halves
   • 6.3 The phase cross and the four inversion pairs
   • 6.4 Excitation opens the span
   • 6.5 The square is seen as a trapezoid
   • 6.6 Liouville: the area holds, the shape deforms
   • 6.7 The half is not the quantum, it is the conjugate face
   • 6.8 Indeterminacy as projection cost
   • 6.9 Particles are functions
   • 6.10 Synthesis
8. Chapter 7. The proton as axis
   • 7.1 The table everyone owns
   • 7.2 The two names and the double turn
   • 7.3 First fact: the spin crisis, the 3 seen and the 6 hidden
   • 7.4 Second fact: confinement, the axis cannot be visited
   • 7.5 Third fact: the gauge octet, 9 = 8 + 1
   • 7.6 Mass: the massively relational object
   • 7.7 The commitment: the 2/9 versus 3/9 test
   • 7.8 The epistemic status
   • 7.9 Conclusion
9. Chapter 8. The Standard Model reread: the arithmetic collapse
   • 8.1 The six founding errors
   • 8.2 Planck's constant as the resolution of the system
   • 8.3 Heisenberg's inequality
   • 8.4 The photon as state interval
   • 8.5 Mass as winding number
   • 8.6 The reduction of the particle spectrum
   • 8.7 The redundancy of the infinite-dimensional space
   • 8.8 Determinism restored
   • 8.9 Synthesis and predictions
10. Chapter 9. Principia relationalis: the overall plan
    • 9.1 The preamble: the epistemological break
    • 9.2 The six pillars
    • 9.3 Internal coherence
    • 9.4 The predictions by domain
    • 9.5 The final declaration
11. Chapter 10. The atom is not a brick: the matryoshka
    • 10.1 The atom is the relation between two poles
    • 10.2 The self-coded matryoshka
    • 10.3 The refusal of division
    • 10.4 Fission: inversion, not destruction
    • 10.5 Two illusions eliminated
    • 10.6 The end of the accelerator
    • 10.7 Predictions
    • 10.8 Conclusion
12. Chapter 11. Strings without strings
    • 11.1 The problem and the diagnosis
    • 11.2 The axioms
    • 11.3 The number 496
    • 11.4 The gradient 198, the axis 595 and the string
    • 11.5 The sealing of the string
    • 11.6 The curled-up dimensions as inscribed circles
    • 11.7 The two bricks and the birth of the square
    • 11.8 The rewriting piece by piece
    • 11.9 The theorems of the rewriting
    • 11.10 The three engravings corrected
    • 11.11 The head and the legs: where the grammar touches the world
    • 11.12 The April predictions, with their statuses
    • 11.13 Conclusion
13. Chapter 12. E = Dc²: density, not mass
    • 12.1 The thesis
    • 12.2 The operative criterion of D
    • 12.3 The dynamic enrichment of D
    • 12.4 Falsification
14. Chapter 13. Book VIII of the Quantum Bible: physics without amputation
    • 13.1 The end of integral calculus for solids of revolution
    • 13.2 The amputation by Newton and Leibniz, and the recovery of Pappus
    • 13.3 Mendeleev's fold and the Ni-Co-Fe triad
    • 13.4 The 137/163 couple
    • 13.5 Gravity at the two scales
    • 13.6 LIEM: Light = Information = Energy = Magnetism
    • 13.7 The cosmic dipole and the primordial asymmetry
    • 13.8 The anomalous magnetic moment of the muon
    • 13.9 Riemann's critical line
    • 13.10 Synthesis of the book
15. Appendix A: Table of statements
16. Appendix B: Withdrawals and corrections
17. Appendix C: Merged sources
18. Appendix D: Verifications redone