3. Why Oyts?

"Coalesce" is shorthand for saying that space and contents must be accessible to one single mechanism. The contents are not "in" space; contents and space are the all aspects of oyt structure.

4. An Oyt Points to Oyts

"shell holding ... pointers" All these words bring baggage that the reader must try to ignore. Here a "shell" is just something that can hold things. In the definition of an oyt, the only thing that can be held is a "pointer to oyt." A "pointer" is just an indicator of some oyt; usually different from the first. It could be a link, a string, a reference, an address, a function returning that oyt, or any of myriad other things. But it is not. It is nothing more than some indicatino of an oyt.

5. Oyts are Shapeless and Spaceless

"Place" is another misleading word. Oyts are not in any place. Oyts just are. An oyt is part of a group of oytsa only in so far as one or more members of the group point to that oyt.

Mentioning travelers, perception and space is again misleading. The only possible concept of distance is the number of oyt pointers followed to get from one oyt to another.

It is too early to talk about dimensions. They are probably too complicated for an introductory paper. I will cover them by waving my hands in patterns intended to make the viewer believe that I have said something meningful.

6. An Oyt Space has GRSs

Oyts are so simple that they do nothing. Graph Replacement Systems are not simple, but they are the simplest mechanism I could come up with for makinig oyt spaces change over time. Perhaps there is a single GRS that can perform many useful transformations; it would require more complex oyt stuctures to represent objects in a universe.

7. Pointless example

Don't try to figure oyt where the initial oyts or the patterns come from. Don't try to figure out what they mean. I made them up just for this example.

8. Rule Patterns

The general problem of finding a subgraph matching some pattern can be time-consuming (very), but it is not impossible as alleged in the slide.

9. Rule Replacements

So to fix 'dangling" pointers operations must circle aorund to find and erplace these pointers.

10. Simplest Example

11. Why "oyts"

I wanted "0-ary" from the start, but "zits" would not do. Theh the name was "oits." Later I spent a mnth one and off trying to find a better name. The result was to replace the i with y.

12. Distinguishing Oyts - List Links

Thus I have converted the abstract and amorphus oyt space into the language of "Lisp", a language I studied under John McCarthy, its developer. The basic Lisp philosophy is to nevr revise lists, but instead to build new ones with CONS. Oyt spaces modify lists, using operations equivalent to List's RPLACA and RPLACD.

13. Example: Addition

14. Designer Defines Scaffold

15. GRS for temperatures

This graph comes from a spreadsheet imagining that two adjacent space point each have a temperature value. At each time step the difference between the values is multiplied by the coefficient of heat transfer, c. The product is added to the smaller value and subtractedfrom the larger.

16. Points in simulated space

Traversal times through warped space can be lesser or greater depending on whether more or fewer oyts must be traversed.

17. We can create space

The discussion sounds lilke one overall GRS with three rules. There could instead be adhoc GRSs with but a single rule at each point of growth.

18. The p Problem

OOPS. In a triangled space, pi is 2.5. One solution is to define space as am appropriate mixture of cubes and tetrahedra.

19. Local Action

This is why I describe GRSs as associating copies of GRSs the inserted oyts. I'm think in terms of the GRSs being represented in oyts themselves. With "local action" we have some hope of being able to prevent faster than light actions.

20. Segue to Our Universe

"There is also ..." means to say that I am working on it.

21. Light is Waves

A changing electric field induces a magenetic field and vice versa. Hence the fields propagate without loss of energy.

22. E & M Fields Drive Each Other

Perpendicular E/M fields causing propagating light waves is the fourth and fifth images on a page by Shaihan Malik.

23. Photons are Waves/Electrons

This is m interpretation. We cannot detectphotons. All we can detect is the change to an electron as it absorbs a photon. Therefore I believe that light is a wave phenomenon. Electrons I suppose here are also wave-like. The transfer of energy from the E/M field to the electronic field depends intimately on the details of how the two waves intersect. We cannot observe this, so to us it seems random.

24. Mass & Gravity

Finally we get to "coalese" space and its contents.

25. Objects Move by GRSs

Singer singing: Original video, my extracted video.