#information weaving

Imagine a flexible chess board where each move of the chess figures alters the board. And each alteration of the board has effects on the figures as well, causing alteration in the behavior of the figures [a.k.a. the rules each figure has as a pre-defined rule]. | (That's entanglement of feedback-loops.) - This leads to chaotic behavior, making predictions even more difficult and "turbulent".

[This sort of chess is like the interaction between spacetime and matter.]

Following a helpful quote by John Wheeler:

"Spacetime tells matter how to move; matter tells spacetime how to curve."

- John Archibald Wheeler, Geons, Black Holes and Quantum Foam: A Life in Physics

---

Why do I use the neologism "non-linear causal nets"?

There is a kind of idiom-like brabble, called "causal chains". It states a linear string of cause-and-effect. This is often far too simplified for explaining real-life phenomena, because often there are far more causes to an effect than just one. There happen many "causal chains" simultaneously, so to speak. These causal chains are entangled. Multiple of such linear cause-and-effects are entangled, until they are no longer a linear-string or multiple linear strings, but a complex web. Each causal chain alters each other. That is basically a fundamental principle often recognized in quantum mechanics - interference.

It describes conservation of momentum in an analogy-based and merely imagination-based language of knots and loops, similar to some approaches of string theory and (loop) quantum gravity.

Information weaving

"Information weaving" might be the silly name I would use for that collection of conceptions and re-interpretations.

"Information transforms" in this conception are weaving patterns. In concrete, these are interaction patterns like

- replication of interaction pattern (like law of inertia)

- and interference/alteration of interaction pattern (momentum).

These two transforms are the two primary transforms. You can combine them and create all possible sorts of patterns.

Furthermore,... these relate to addition and multiplication of imaginary numbers, resulting in either a translation or a rotation in the complex plane... These might relate to the information transforms stated above.

But the research regarding this is really difficult and curently my mind is too sluggish and too over-crowded to compute it well enough.

It might take some years until it's less mad nonsense.

...

Spacetime as emergent property of entanglement

I enjoy the project It from Qubit and Polymath Vijay's interpretation that spacetime is emergent due to entanglement.

In my interpretation/analogy of "information weaving" time is a string, and space is the web consisting of that string. Space and time are hence "two aspects of one and the same thing".

This is especially interesting if you consider the difference between a time and a space dimension.

A space dimension has two ways of propagation, so to speak: left-right, top-down, before-behind... (to put it in plain words)

When it comes to the time dimension, I consider it to have only one propagation direction: The future, like in the conception of the arrow of time.

But here it becomes complex. Since time is "mono-directional", say, it has only one direction to propagate towards, it might interact with itself - via feedback-loops. This results in literal entanglement if you consider the arrow of time to be a simple string. Loop, knot and weave that string/arrow with itself and you might have spacetime as a complex result, so to speak.

In regards to quantum entanglement and superposition this interpretation might make sense as well, but I am not far enough with my research about that topic to summarize it coherently.

Furthermore, you can also define quantum gravity as the "degree of clotting": or, say: Let's interpret gravity as a principle of clustering: Areas with more density gain density, and areas with less density lose even more density, to reduce gravity to its primary principle.

Gravity is hence a re-distribution, a re-ordering of matter, or information, so to speak...

In regards to my information weaving conception, quantum gravity defines the density of information. It also defines how information re-distributes itself over time.

How the clustering happens depends on the patterns of interaction. And the patterns of interaction are affected by clustering as well. (Leading us back to Wheeler's quote above... )

What is "information"?

I regard information as an interaction pattern, a pattern in the web of causal nets, so to speak.

...

This is all a bit difficult to summarize. I will visualize it once I have summarized the parts of it well enough.

---

The fano plane in Octonian algebra - hypercomplex numbers [8D]

Octionions are non-commutative and non-associative, say, the order of calculating is important.

x·y ≠ y·x (non-commutative),

x·(y·z) ≠ (x·y)·z (non-associative)

For multiplication in the fano plane, you take two neighbouring elements on a line and the resulting value is the third element that closes the loop. Moving with arrows gives a positive value, moving against arrows gives a negative value.

Interestingly the symmetry on those values is still there, only inverted. As example:

e_3·e_4=e_6 and e_4·e_3= (-e_6)

Hence:

e_n·e_m=e_l and e_m·e_n= (-e_l)

The Mystery at the Heart of Physics That Only Math Can Solve | Quanta Magazine

Interesting article. I would like to add my thoughts about that quote:

"Every other idea that’s been used in physics over the past centuries had its natural place in mathematics. This is clearly not the case with quantum field theory." - Nathan Seiberg, the Institute for Advanced Study

Non-linear axiomatic networks [chaotic processes in non-linear axiomatic systems - say, Quantum Logic] might be the base for the mathematics of QFT - It's time to bring the 21st century in mathematics, I'd say. The mathematics for probabilistic phenomena such as Quantum Mechanics, might not be discovered yet, yet it does not imply it does not exist.

In other words, part of my study deals with Quantum Mechanics being a special threshold or interface between a mathematical reality, entirely information-based, and the physical manifestation thereof. It could explain phenomena such as entanglement and superposition, and furthermore could concretize what a wave function collapse might be - translated into a language human imagination could possibly comprehend.

Ambigram Invertium

The point of invertium in my concept of information weaving is a threshold of simultaneous inversion of extreme states of information density, like an information singularity that annihilates its own information weaving pattern (like a wool ball of information (that us like a more-dimensional manifold) turning into a sole line of string (pure form of a sole imaginary number, 0-D, so to speak)), and re-arranges (begins to re-uncoil itself) - working like ironing quantum foam to become smooth again - so it can re-fold and re-uncoil itself - like a reset button of ripples in spacetime (the more rippled and fuzzy the denser the information density, and increasing gravity as information clustering mechanism, as well as heat and entropy (seen as activity and interaction/interweaving coefficient - so to speak)...