Castuner

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Episodes

63 episodes

  1. Chapter 49 Immune discrimination ↔ Contradiction collapse 36:27
  2. Chapter 48 Neural loops ↔ Recursive cognition 48:47
  3. Chapter 47 Cell membrane ↔ Curvature boundary 44:29
  4. Chapter 46 DNA ↔ Information boundary encoding 46:54
  5. Biological Coherence and HST 38:20
  6. Chapter 45 Ethical boundaries in living systems 44:32
  7. Chapter 44 Coherence-aware AI integration 45:36
  8. Chapter 43 Synthetic muscle project 50:14
  9. Chapter 42 Coherence-aware bioengineering 56:19
  10. Chapter 41 Bio-electronic hybrids 48:23
  11. Chapter 40 CRISPR systems 54:00
  12. Chapter 39 Synthetic cells 1:01:59
  13. Part VII — Synthetic & Hybrid Life (Future-Facing) 33:01
  14. Chapter 38 Memory as reinforced pathway coherence 54:04
  15. Chapter 37 Signal-to-noise stability 44:09
  16. Chapter 36 Boundary threshold firing 48:16
  17. Chapter 35 Plasticity 43:51
  18. Chapter 34 Synaptic weighting 33:16
  19. Chapter 33 Action potentials 42:56
  20. Chapter 32 Neural Networks as Dynamic Coherence Fields 50:53
  21. Part VI — Neural & Signalling Systems 52:04
  22. Chapter 31 Adaptive memory 36:36
  23. Chapter 30 Error detection 44:45
  24. Chapter 29 Immune System as Coherence Discrimination EngineSelf vs non-self 46:03
  25. Chapter 28 Constraint maintenance under perturbation 51:30
  26. Chapter 27 Negative vs positive loops 41:41
  27. Chapter 26 Hormonal feedback 39:52
  28. Chapter 25 Feedback Loops and Stability Regimes 48:15
  29. Part V — Regulation & Homeostasis 44:35
  30. Chapter 24 Positional encoding 47:26
  31. Chapter 23 Gradient fields 41:56
  32. Chapter 22 Reaction-diffusion (Turing systems) 47:11
  33. Chapter 21 Pattern Formation as Boundary Field Interaction 48:51
  34. Part IV — Growth & Morphogenesis 24:17
  35. Chapter 20 Constraint-preserving flow 37:05
  36. Chapter 19 state transition network 48:31
  37. Chapter 18 Energy coherence transformation 45:14
  38. Chapter 17 Electron transport chain 22:48
  39. Chapter 16 Krebs cycle 37:59
  40. Chapter 15 Glycolysis 46:27
  41. Chapter 14 Metabolism as Directed Flow Algebra 37:35
  42. Part III — Metabolic Flow Networks 32:42
  43. Chapter 13 Coherence preservation via isolation 44:18
  44. Chapter 12 Organelle layering 45:00
  45. Chapter 11 Mitochondria 44:14
  46. Chapter 10 Nucleus 49:39
  47. Part II A - Compartmentalisation and Nested Boundaries 40:29
  48. Chapter 9 Transport proteins as regulated boundary gates 57:00
  49. Chapter 8 Ion gradients as stored potential tension 50:52
  50. Chapter 7 Lipid bilayer as selective permeability field 47:49