1. Cambridge, July 31 2004© Dirk Laureyssens, 2004 PELASTRATION GEOMETRICAL INTERCONNECTIVITY (ANPA 2004 - CAMBRIDGE)

2. Cambridge, July 31 2004© Dirk Laureyssens, 2004 INTERCONNECTIVITY? A Fundamental Question Religion : relation ? Philosophy : position? Psychology : perception? Science … a unifying TOE ?

3. Cambridge, July 31 2004© Dirk Laureyssens, 2004 HOLISTIC APPROACH General Smuts: Interconnectivity Arthur Koestler (1967): A holon may be defined as 'one part within a larger whole that is itself also a whole containing smaller parts' -- a self-organizing phenomenon observed in all areas of life.. Also: a "self-assertiveness tendency" (wholeness) as well as an "integrative tendency"(part). Ken Wilber (to google). No mechanism.

4. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Different View on Reality One Membrane Unbreakable, almost infinite Elastic Restructuring to Local Events Holons Interconnectivity Non-Commutative No Uncertainty

5. Cambridge, July 31 2004© Dirk Laureyssens, 2004 PRIOR GEOMETRY One postulate: There is a MEMBRANE, unbreakable and almost infinite stretchable.

6. Cambridge, July 31 2004© Dirk Laureyssens, 2004 PRIOR GEOMETRY A Pure dynamic background. Membrane peaks oscillate. Various type of contacts and ways to connect. Some join to local events.

7. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Prior Geometry and Holons One membrane peak (active) penetrates a passive peak. Since the membrane is non- breakable a new double layered area is created. We call this local zone a HOLON. A holon contains history of the parents.

8. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons and “Duality”

9. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons progress and decay A holon can make - as an active local set of the membrane - new combinations with other parts of the brane or with other holons. A Holon : A Sub-Set

10. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons progress and decay A passive holon can be subject to pelastrations by other holon.

11. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons and new combinations

12. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Pelastration: Local Coupling Definition: A pelastration is the penetration of a part of the elastic membrane by another part of the membrane. A Pushing Action. By a pelastration the impact part receives one or more extra double skins coming from the passive holon(s).

13. Cambridge, July 31 2004© Dirk Laureyssens, 2004 HOLONS AND FRICTION Since the total system acts very dynamically friction happens locally between the two layers of the holon. Such friction creates thermo- dynamic effects, EM, weak and strong forces. Each holon is a discrete zone with unique properties.

14. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Macro and Micro A holon may be created on all kind of levels: on Macro-level (Einstein) and on QM-level. (QM package) Holons (Koestler) may be: galaxies, stars, planets, humans, animals, plants, cells, DNA, genes, molecules, atoms, nuclei, particles.

15. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons and Number of Layers Holons can have many layers. Here a set that gives a normal (traditional) polarity. (cfr. Kabbal) On every level a new layer is added. BUT … The direction of the impact influences the number of layers.

16. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Level 3 ≠ Level 3

17. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Fourth Level

18. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Fifth Level

19. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Fifth Level The more layers a holon gets the less flexibility it will have, and the more difficult it becomes to receive more pelastrations, however more easy to pelastrate (higher rigidity or more mass) other holons.

20. Cambridge, July 31 2004© Dirk Laureyssens, 2004

21. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: On all levels For example on QM-level. (QM package)

22. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Also Inside holons Inside a holon new sub-holons can be created by specific membrane oscillations or external holons.

23. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: Also Inside holons Inside a holon (i.e. a galaxy) new sub- holons can be created. Or a knowledge knot in a microtubuline.

24. Cambridge, July 31 2004© Dirk Laureyssens, 2004 INTERACTIONS OF MEMBRANE PEAKS

25. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons: On the BRANE Holons are created - on the brane - by parts of the brane, and/with or by other holons (restructured membrane). Levels of combinations can have different # layers.

26. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Holons and Observers Holons are visible or detectable by resonant observers.

27. Cambridge, July 31 2004© Dirk Laureyssens, 2004 TWO SIDES OF THE BRANE The membrane has two sides.

28. Cambridge, July 31 2004© Dirk Laureyssens, 2004 TWO SIDES OF THE BRANE

29. Cambridge, July 31 2004© Dirk Laureyssens, 2004

30. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Inside Peaks: M0 (Yang) Outside Peaks: M1 (Yin)

31. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Inside Peaks/Tubes

32. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Semi-Pelastration

33. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Other Pelastrations

34. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Self-Pelastration

35. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Complex-Pelastrations

36. Cambridge, July 31 2004© Dirk Laureyssens, 2004 THE HUMAN HOLON

37. Cambridge, July 31 2004© Dirk Laureyssens, 2004 THE HUMAN HOLON IN THE …

38. Cambridge, July 31 2004© Dirk Laureyssens, 2004 THE HUMAN HOLON

39. Cambridge, July 31 2004© Dirk Laureyssens, 2004 CONSCIOUSNESS

40. Cambridge, July 31 2004© Dirk Laureyssens, 2004 CONSCIOUSNESS

41. Cambridge, July 31 2004© Dirk Laureyssens, 2004 CONSCIOUSNESS

42. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Locking a Holon A holon can be locked by another holon.

43. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Topological Flat Surface (Caps)

44. Cambridge, July 31 2004© Dirk Laureyssens, 2004 NON-LOCAL INFO TRANFER

45. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Overview

46. Cambridge, July 31 2004© Dirk Laureyssens, 2004 FUNCTIONS OF MEMBRANE ISOLATOR CONDUCTOR TRANSLATOR CREATOR

47. Cambridge, July 31 2004© Dirk Laureyssens, 2004 YIN-YANG

48. Cambridge, July 31 2004© Dirk Laureyssens, 2004 YIN-YANG

49. Cambridge, July 31 2004© Dirk Laureyssens, 2004 YIN-YANG

50. Cambridge, July 31 2004© Dirk Laureyssens, 2004 YIN-YANG

51. Cambridge, July 31 2004© Dirk Laureyssens, 2004 Different view of reality Everything is on the brane Everything is restructured membrane Empty boxes made of membrane, but with empty boxes we can build houses Non-Commutative No Uncertainty