Quantum Reference Frames and Single-Outcome Dynamics — A Compatibility Framework for Generative Presentism

62,293 words · 40 parts

  1. Part 01 (1,575 words) — Markdown — ABSTRACT
  2. Part 02 (1,610 words) — Markdown — 2.1 Quantum Reference Frames and the Perspective-Neutral Framework
  3. Part 03 (1,772 words) — Markdown — 3.1 The Perspective-Neutral State Space
  4. Part 04 (1,223 words) — Markdown — 4.4 The Complete Ontological State and the Truth Profile
  5. Part 05 (1,250 words) — Markdown — 4.6 L and S: Dynamical Idleness, Accuracy, and Non-Supervenience
  6. Part 06 (1,664 words) — Markdown — 5.2 Cross-Frame Identification (Task T2)
  7. Part 07 (1,713 words) — Markdown — 5.4 Truth Preservation (Task T3)
  8. Part 08 (1,698 words) — Markdown — 1 and Tier 2 truth without positing existing past events, at the acknowledged cost that these
  9. Part 09 (1,690 words) — Markdown — 8.1 Generative Law and Single Outcome
  10. Part 10 (1,573 words) — Markdown — 9.3 Continuous-Time Histories as Marked Point Processes
  11. Part 11 (1,150 words) — Markdown — 9.4 What Is Postulated: The Identification of t With Cosmic Time
  12. Part 12 (1,698 words) — Markdown — 1 a stage with Pr(k_n = E | Ψ_{σ_0}) > 0. For m < n define h_m(Ψ) as the probability that k_n = E
  13. Part 13 (1,624 words) — Markdown — PART V. A Compatibility Program: Quantum Fields, Quantum Clocks, and Quantum Gravity
  14. Part 14 (1,650 words) — Markdown — 13.2 Hypersurface Evolution and Its Limits
  15. Part 15 (1,574 words) — Markdown — 13.5 Toward the Relativistic Case: Countable Event Structures and the Remaining Assumptions
  16. Part 16 (1,389 words) — Markdown — (c) Explicit statistics. If detector B is preceded by detectors j_1, …, j_r whose outcomes are
  17. Part 17 (1,260 words) — Markdown — 13.7 Toward Spontaneous Events: Weyl-Diagonal Collapse
  18. Part 18 (1,626 words) — Markdown — 13.8 The Unread Collapse Channel: Random Kicks and Energy–Momentum Cost
  19. Part 19 (1,299 words) — Markdown — 13.9 Algebra Preservation: A Sufficient Condition for No-Signaling
  20. Part 20 (1,625 words) — Markdown — 13.10 Randomly Located Collapses
  21. Part 21 (1,561 words) — Markdown — 13.11 A Candidate Extension: Collapse Guided by Cosmological Time
  22. Part 22 (1,812 words) — Markdown — (i) Locations. Collapse centres form a Poisson process with intensity λ dVol_g in the region T >
  23. Part 23 (1,586 words) — Markdown — 13.29 and 13.31 state what holds for the second and the third.
  24. Part 24 (1,804 words) — Markdown — Proof. (a) Let t_K be the largest value of T on K. The level set Σ = { T = t_0 − τ } is a Cauchy
  25. Part 25 (1,580 words) — Markdown — to a phase. Tracing out the pointers integrates over the momenta with the density Π_k |η̂_k(p_k)|²,
  26. Part 26 (1,521 words) — Markdown — 13.12 Candidate Relativistic Realizations
  27. Part 27 (1,518 words) — Markdown — 13.13 Eight Distinctions Any Extension Must Respect
  28. Part 28 (1,614 words) — Markdown — 14.4 A Proposed Temporal Identification Criterion
  29. Part 29 (1,501 words) — Markdown — 14.6 The Possible Obstruction
  30. Part 30 (1,583 words) — Markdown — 15.5 First Test Problems
  31. Part 31 (1,805 words) — Markdown — 17.3 Open Problems
  32. Part 32 (1,753 words) — Markdown — References
  33. Part 33 (1,575 words) — Markdown — Appendix A. Frame-Relative Forms in the Ring Model
  34. Part 34 (1,693 words) — Markdown — # frame-relative product state becomes entangled in the other frame
  35. Part 35 (1,323 words) — Markdown — # ---- 15. equal ensembles, different realized-history measures (two unravellings)
  36. Part 36 (1,615 words) — Markdown — Appendix C. Verification of the Collapse and Two-Clock Results
  37. Part 37 (1,723 words) — Markdown — Phi = lambda z: 0.5 * (1 + erf(z / np.sqrt(2))) # standard normal CDF
  38. Part 38 (1,613 words) — Markdown — def realize(E):
  39. Part 39 (1,588 words) — Markdown — 1.0 0.59905 0.79757
  40. Part 40 (862 words) — Markdown — print('Case 1: one record written by an interaction keyed to clock A')