---
title: "Ontological Relativity & AI Singularity: Convening Epistemic Dualities and Morphological Source Code"
url: "https://www.youtube.com/watch?v=ecQevCn-fcI"
description: |
We need to talk more about the singularitie(s). The greats of the 20th century appear to have melted their darling wings on the sun of the pre-y2k information-age. I don't understand why the great philosophy of the past 50 years hasn't been about the digital/analogue singularity its the most important thing I can think of other than the intrinsically human singularities like time and cognition. I posit that we could have got started with the machine learning revolution 50 years ago and that we have more or less had the tools this whole time. It's not truly an engineering (consumer product/chipset), its an ontology problem - the truly dualistic data structure can reverse its own logic and give the chip blue prints straight to the fab, cutting out a few steps.

#Quine, #MorphologicalSourceCode, #Cognosis, #LLM, #Epistemology, #Philosophy, #ComputerScience, #Phenomenology, #FunctionalProgramming, #OpenAI, #Anthropic, #Strawberry, #Q*, #QStar, #Pathfinding, #Entropy, #QuantumInfoDynamics, #MetaProgramming, #MetaLanguage, #Singularity, #Ontology, #MachineLearningRevolution, #Cognition, #neuroscience, #ai, #ml, #machinelearning, #transformers, #replicatiors, #quine, #quines

0:33 wave/particle duality
3:00 free energy principle
5:00 observer observing a free energy differential field equation
6:23 P=NP reiteration, 'a field' of information
7:20 Observation collapsing the wave function of the global wave function
9:20 Cognition and extensive quantum entanglement
10:10 The 'bit' of (analogue) information
10:45 Jung and the collective unconscious
11:56 Plato and 'the cave wall' prerequisite of so-called language
12:29 Artificial truths, meta languages
12:47 <explains the arm singularity metaphor>
13:33 State/Logic duality
15:49 (double)Ontological Relativity
16:12 Blackbox Ontological Relativity
16:30 & The cognitive singularity
18:35 "Path Integral" (I'm sorry Dr. F, I will change this nomenclature)
18:58 ..is a singularity
19:16 Jungian binary?
19:45 Crystals??
20:30 Translation using meta language heuristics
21:10 'Object oriented' "Lo! It rabbiteth!"
22:28 "Path integral" -> "Quine/ModifiedQuine/Replicator"
23:10 Replicator is the 'meta-bit'
23:39 (irritating noise, sorry)
24:22 Agentic/Linguistic relativity
25:15 Double relativity ---- The agentic milieu is relative (intensive in thermodynamic char, despite burning heat to exist)?
26:00 Reiterate double relativity ----- 'Computational frame', 't=0 abstraction (implying a differential causal entanglement medium/milieu)'
28:20 Naturalized Epistemology 
29:10 After much ado: "Morphological Source Code"
29:40 Informational 'meta-bit' reiteration (replicator)
30:21 Signal Processing compare and contrast
31:08 Continuous Variable Decomposition (Fourier Transform)
32:00 Reiterate what "Path integration [Quine/ModQuine/Replicator - versus Von Neumann-Turing conventional computational causal program planning (the 'morphological' aspect)]" is
32:24 Reversibility/self-reference singularity (meta CICD, 'crystal' [directed acyclic graph] structure)
33:00 'Work' & thermodynamics of information, language, or state/logic dualities
34:15 Morphology of the informatics singularity: "Path integration"
35:15 Functional programming meta paradigm of state/logic duality - modeled as a differential equation or evolutionary system
36:45 The phenomenology of double relativity observer(less) singularities
38:25 Harmonic time-abstracted / differential equations (signal processing analogy in reverse) '
38:55 replicators and cognitive systems speculative architecture
40:28 Quine/Replicator architecture
41:22 Replicatory holography
42:11 Possible causal 'triparte' - the code we had (git), the code we have(runtime), and the code we want (conclusion of and then reinstating of)
42:40 Replicator speculative thermodynamics of dynamical situations
44:00 reiterate/state quasi hypothesis about 'intensive' character of the computational moment abstracted as a differential equation
45:30 'live' programming example - I promise I'm a better coder when the camera isn't on