How to pronounce“hypergraphs”in English

hypergraphs and the way that that remains over time so a little bit more

hypergraphs and so on so can you Linger on that a little bit how do we get eals

hypergraphs actually uhhuh so people there just want to explore play around

hypergraphs and algebraic topology for discreet models of physics and carried it much farther than than than Wolfram has but he's he's not rich and famous so

hypergraphs essentially what what is interesting about the sort of ID model I have now is it's a little bit like what happened

our hypergraphs and all these little updates that are going on there's a very remarkable thing to realize which is if you say well which particular sequence

sub hypergraphs May match that that pattern for an example so that's then there's there's something called the the Cog server in opencog which lets you run

the uh directed hypergraphs versus undirected hypergraphs interesting uh the relationship between Spinners and vectors so which is just nice

turns out hypergraphs were the key to that and that I figured out but about

of atoms of space and hypergraphs and rewriting hypergraphs and so on.

you know, these evolving hypergraphs and so on.

general irreducibility okay okay so how does the model of hypergraphs differ

our universe in simple rules that do their work on hypergraphs and eventually generate the infrastructure from which space time and all of modern physics can

you can think about these in transformations of hypergraphs but touring machines are a little bit put touring machines okay right they're a

categories are very much like the paths in our hypergraphs and things and it turns out again this is this is where it all gets gets crazy I mean it's it's the

weird when I'm thinking you know it's all hypergraphs down there and it's all just uh hypergraphs all the way down right like turtles all the way down

rewritten then we get to attach ourselves to those same hypergraphs

science and physics but honestly I think the emerging complexity in these hypergraphs can capture the imagination of everyone even if you're someone who

does the dimension grow because uh I mean obviously the visual aspect of these hypergraphs they're often visualized in three dimensions right and

appears to be baked in to the fundamental properties of the way these hypergraphs are evolved well I didn't yet get to so I I got as far as special

they all ultimately just map into something simple yeah they will I mean hypergraphs that's another layer of complexity on this whole thing you can

Stephen wolfs I don't know if you're familiar with his view of the world that it's like hypergraphs under benath it all like these mathematical structures

that when you understand this interpretation of energy and you kind of understand the correspondence to coverture and hypergraphs then you can

we talked about multi-way graphs we talked about this idea that you take these underlying transformation rules on these hypergraphs and you apply them

And I think that's the space that Stephen is talking about, when he talks about his Ruliad and these hypergraphs of all these possible computations.

So, you know, we think space is made ultimately these atoms of space and these hypergraphs and so on.

and that they that the only thing that one knows about the monads is sort of how they relate to each other which sounds awfully like hypergraphs right

that there's a there's a large number of different ways to describe essentially the same thing I mean I can describe things in terms of hypergraphs I can

you go so that's the basic structure that is that is the simplest case of a basic structure actually uh it tends to be better to think about hypergraphs so

that it roughly corresponds to 2.6 or whatever so that's how you that's how you have a notion of dimension in these hypergraphs curvature is something a

right a green square that's a rule that's a very basic rule but I'm trying to see the rules on the hypergraphs how rich of the programs can they be or do

have access to I mean the only substrate we have is that same substrate that the universe is operating in so if the universe is a bunch of hypergraphs being

a hypergraph is just instead of saying uh there are connections between Pairs of things we say there are connections between any number of things so there