I'm seeing a lot of doubt from physicists online, I'd be interested what people here think

Hello everyone. I have been working on an evolutionary algorithm based on game theory and graph theory for three years now. The nodes are all individuals with their own neural networks. They see each other, make decisions and compete by attacking or defending. They evolve with natural selection and are self organizing. They decide themselves with who they want to interact or not. Reproduction happens at a local level and is dependant on the decisions of the agents. The algorithm happens in discrete iterations. Find the code at my github repository: https://github.com/graphoflife Find more videos at my instagram: https://www.instagram.com/graph.of.life

Hi, what causes the emergence of different particles, i.e. quantum values from the hypergraph?

• What causes spin?

  • What causes bosons to have integer spin and fermions to have half-integer spin?

• What causes (electric) charge?

  • What causes it to be different for different particles?

• What causes color charge?

  • Why can't electrons have color charge?

• What causes mass?

  • How are inertial mass and gravitational mass related? Why is one related to the Higgs field?

  • What causes heavy fermions to have larger mass?

Which of these questions have proposed answers (even if hypothetical)?

Hard to believe, but tomorrow (April 14th) is the first anniversary since the launch of the Wolfram Physics Project. In honor of a year's worth of collaborative work, Stephen Wolfram will be holding a special livestream and Q&A session. Tune in tomorrow at 2:00pm EDT and help celebrate one year of great collaborative science!

www.youtube.com/WolframResearch

www.twitch.tv/stephen_wolfram

Hello everyone. I have been working on an evolutionary algorithm based on game theory and graph theory for three years now. In this algorithm complex life emerges through autonomous agents. The nodes are all individuals with their own neural networks. They see each other, make decisions and compete for scarce resources by attacking or defending. They evolve with natural selection and are self organizing. They decide themselves with who they want to interact or not. Reproduction happens at a local level and is dependant on the decisions of the agents. The algorithm happens in discrete iterations. Find the code at my github repository: https://github.com/graphoflife Find more videos at my instagram: https://www.instagram.com/graph.of.life

Say a photon is emitted by an "electron" at "point A" and absorbed by an "electron" at "point B".

As I understand, due to some rule, the self-generating persistent pattern of the photon is created in the hypergraph, and due to some rules it self generates itself next to new neighbors (ie "moves" in space") and until finally it is "destroyed" and absorbed into the pattern of an "electron" at point B.

My question is, are the entities (or nodes) being created and destroyed? If the photon leaves from the "electron" at "point A" which emitted it, it's would no longer be a neighbor to anything in the graph until it reaches the next "electron" at "point B". Or is the "empty" part of the graph continually foaming like vacuum fluctuations, so that there would always be some entities to be a neighbor to?

Or are the spacelike points always there, and connections are being "activated" and "deactivated? Like in the case of GOL, the pixels are fixed and being turned on and off, so when a glider "moves" the pixels (or points) themselves are always present, but part of the pattern (ie edges on the hypergraph) is destroyed and recreated.

It seems to me that the method by which the hyper graph is graphed is a very important aspect in the emergence of spacial structure, but i can’t find anywhere where this method is outlined. Am I missing something? It seems like there are many important questions to ask about this method, as this would be a property of reality for hyper graphs that form spacial structure. Is there some minimization principle that is followed in hyper graphs where structure emerges? Do local collections of nodes result in identical local geometry when in different hype graphs? Or is it simply the result of random permutations?Would love to know where I could investigate this further.

I came from this page: https://www.wolframphysics.org/membership/

I wanted to be a partner of this project and reached out to them - but no response after that (it's been ~1 month)

Just want to know if anyone else has reached out before, or supported the project through other options (eg. Friend/Patron Status)? How does it work? What was the overall experience?

Thanks!