How to pronounce“hypergraph”in English

hypergraph that looks like this then it will be transformed into a piece of hypergraph that looks like this so that's all it says it says you pick up

hypergraph atom atom space atom space yeah yeah not not Adam like Adam and Eve

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

this hypergraph what's missing uh what is the Observer not able to State about

a hypergraph does that feel like a satisfying Theory of Everything because then you really run up against the uh

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

this hypergraph so how can that possibly be well the way that works is that there are certain uh structures in this hypergraph where you say that little

hypography hypergraph it's got a trillion nodes in it yeah what is it roughly like is it roughly like a grid a two-dimensional grid is it roughly like

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

good model like the hypergraph to then explore ex what like simulate again make predictions and if they I think just have a way to reason

to the hypergraph uh model is yes it's it's actually that's another funny thing as as we were getting ready to release this physics project we realized that a

evolution of this hypergraph but there's also SpaceTime that we think about in

Transformations and that hypergraph that represents um time progress of time the progress of time there's a cause a graph that's a characteristic of this and the

distance and this hypergraph to this uh to this moment of time again that's an arbitrary thing but we measure that in me/ second for example and that ratio is

talked about like the hypergraph and the basic rules and uh I don't does it I forget doesn't have any quantum mechanics goes through quantum mechanics

play play with a hypergraph so I what happen yeah so so what I had was okay so this is again you know one one always feels dumb after the

a self modifying hypergraph so it's not so the write and read operations you're referring to this isn't just a fixed graph to which you change way it's

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

You could start at a hypergraph at a very, very low level and build up everything from there, but you don't, right, you take shortcuts.

see a little piece of hypergraph that looks like this update it to one that looks like this so it's just keep rewriting this hypergraph every time you

elementary event is a little piece of hypergraph got Rewritten and that means a few hyper edges of the hypergraph were consumed by the event and you produce

descendants of Apes modeled by hypergraph that are communicating with each other and experiencing this whole thing as a real time simultaneous update

the basics of there's a hypergraph that represents space there is uh

calculation of the curvature of this hypergraph for for some some set of rules no it doesn't matter what the rules are it doesn't so long as they

case it's a weighted labeled generalized hypergraph or weighted labeled metagraph the the weights and labels mean that the nodes and links can have numbers and and

architecture importance because then this hypergraph is being used as a sort of shared memory among different cognitive processes but it also has you

right so you so the so the hypergraph can contain programs yeah it can contain programs although it can in the current version

more effectively run an opencog hypergraph distributed across Ram in 10,000 machines which is we're doing dozens of machines now but it's just not

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

the world is a feature of that that hypergraph that spatial hypergraph so then the question is well how does what what does that spatial hypergraph do

you could do this you know piece of the hypergraph now and then this one later and etc etc etc all those different Paths of History correspond to these

know there's all these little updates the hypergraph and a sequence of updates cause the pendulum to swing back the other way and then swing back swinging

Cube nodes when I go a distance R away in the hypergraph then I'm living roughly in three-dimensional space but you might also get to R to the point you

kind of the level of activity in this hypergraph and so there sort of a heuristic for automated theorem proving about how do you pick which path to go

match something you uh have a model of in the hypergraph to the act like how do you discover the theory how do you how do you discover the theory okay you have

about the spread of this particular virus on the hypergraph of human

mass or momentum and we know what the features of the hypergraph that represent those things are but it's all just the same hypergraph so one thing

know how much of what's going on in this hypergraph is things we know and care about like particles and atoms of electrons and all this kind of thing and

systems obviously with a with a string but in in a hypergraph that the application of the rule a asynchronous rule can lead to the same results

of this inexorable computation of these rules getting applied to the hypergraph so it's they seem like very different kinds of things and and so that at first

events every one of these little transformations of the hypergraph happens somewhere in the hypergraph happens at some stage in the

Arts of day um and so the in this hypergraph the this sort of limiting structure when you have a very big hypergraph you can think of as being

comput it on a computer for a given hypergraph and you can say oh this thing is wiggling around but it's it's roughly corresponds to two or something like

yeah let's go back to opencog no yeah and the hypergraph and open yeah that's the software framework right so the the next thing is is our cognitive

you know, these evolving hypergraphs and so on.

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