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[Podcast] Jonathan Gorard on Compositionality, Multicomputation, Ontology, and Functoriality
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Timestamps:
00:00:00 Introduction
00:00:31 Jonathan's professional roles
00:02:37 Jonathan's broad theoretical interests and background as a child and teenager
00:07:17 Did Jonathan sense a tension between discrete mathematics and continuous mathematics in his early studies?
00:10:41 What is "compositionality" in the context of (higher) category theory?
00:19:51 Does an ordinary "multiway system" have finitely or infinitely many threads of time?
00:24:03 Can we frame all physical (e.g., chemical, biological, and psychological) systems both as classical systems and multiway systems?
00:28:33 What is a "rulial multiway system"?
00:32:36 What is the "limiting rulial multiway system"?
00:34:27 Is there exactly 1 "limiting rulial multiway system", and if so, why?
00:37:31 Why is 99.9% of computational research focused on Turing-complete computation, as opposed to "hypercomputation"?
00:41:31 How is it that a finitary human being can even formulate an uncomputable function or uncomputable number if the laws of physics do not allow for a finitary system to actually realize "hypercomputation"?
00:45:46 Can the minimal (computable) and maximal (definable) scales of structure be concurrently produced by a "self-generating function"?
00:49:06 Ultimately, is there one unique ontology or an infinite equivalence class of ontologies?
00:54:34 Computational boundedness and heterogeneity of human observers
00:56:52 Uniting abstract syntax and concrete semantics using ∞-category functors
01:04:07 Grothendieck's Hypothesis
01:10:19 At the ∞-category limit, the syntax is functorially equivalent to potential semantic territory
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