Difference between revisions of "A Portal Special Presentation- Geometric Unity: A First Look"
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A Portal Special Presentation- Geometric Unity: A First Look (view source)
Revision as of 03:42, 11 April 2020
, 03:42, 11 April 2020→A research program for a Unified Theory
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<p>[01:03:36] It's just some sort of flabby proto-spacetime, and in the end it has got to fill up with stuff and give us some kind of an equation. So let me write an equation. | <p>[01:03:36] It's just some sort of flabby proto-spacetime, and in the end it has got to fill up with stuff and give us some kind of an equation. So let me write an equation. | ||
<p>[01:04:13] So I have in mind differential operators parameterized by some fields, $$\ | <p>[01:04:13] So I have in mind differential operators parameterized by some fields, $$\Omega$$, which when composed are not of second-order, if these are first-order operators, but as zeroth-order in some sort of further differential operator saying that whatever those two operators are in composition is, in some sense, harmonic. | ||
<p>[01:04:41] Is such a program even possible? So if the universe is in fact capable of being the fire that lights itself, is it capable of managing its own flame as well and closing up? What I'd like to do is to set ourselves an almost impossible task, which is to begin with this little data in a sandbox, to use a computer science concept. | <p>[01:04:41] Is such a program even possible? So if the universe is in fact capable of being the fire that lights itself, is it capable of managing its own flame as well and closing up? What I'd like to do is to set ourselves an almost impossible task, which is to begin with this little data in a sandbox, to use a computer science concept. | ||