Difference between revisions of "Philosophical topics"

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{{speculative}}
 
{{speculative}}
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'''Warning:''' Wild philosophizing ahead. <br>
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Take all this with a mountain of salt. <br>
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You have been warned.
  
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* [[The source of new axioms]] currently containing:
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* [[The fractal braided river of fate]]
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* [[Inverse quantum isolation chamber]]
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----
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* [[The source of new axiomatic wisdom]]  
 
* [[Big bang as spontaneous demixing event]]
 
* [[Big bang as spontaneous demixing event]]
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* [[The "something"]] <br> The chance for an alternate retry <br> The accessibility of perception thread
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* [[Simulation hypothesis]]
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* [[A true but useless theory of everything]]
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* [[The "something"]] currently containing: <br> The chance for an alternate retry <br> The accessibility of perception thread
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* '''[[The program that constructs and executes all possible programs]]''' which is '''A true but useless theory of everything'''. <br>And here is the actual code: [[The program of all programs (code)]] <br> '''[[Systematic listing of all possible programs]]'''
 
* [[Continuity of perception]]
 
* [[Continuity of perception]]
 
* [[The limits and guesses in math]]
 
* [[The limits and guesses in math]]
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* [[Pseudo random number generators]]: How they hide most of reality from us.<br> Related: cognitive bias, pattern recognition snapping to what we want to see, emergence of meaning (and beauty) trough (design) restrictions
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* [[Randomness as a relative property]] -- [[Relativity of complexity]]
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* [[More than one past for the present]]
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----
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* [[Foundations of mathematics]]
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----
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* [[On the commonness of earth like life in the multiverse]]
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----
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* [[The purpose of dreams]] – ([[Lucid dreaming]])
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* [[Emergent concept detection]]
  
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{{todo|woven asymmetric tree illustration}}
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* A failure mode for concept pattern matching
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----
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* [[Activation energy as a loose analog to evolutionary obstacles]]
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{{wikitodo|add woven asymmetric tree illustration}}
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== Misc ==
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* side-effect free (aka pure) functions as prerequisite of [[reversible computation]] as prerequisite for quantum computation as (one) basis of physics
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-----
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* "no true randomness" perspective or equivalently
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* "everything is a PRNG" perspective (potentially non-local) or equivalently
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* "all perceived randomness as just the lack of knowledge of how a complex situation came to be" perspective
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* physics: giant quantum random unknown origin gap
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-----
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* math/coding: very simple code can create very complex patterns (decompression/corecursion) <br> (algorithm for irrational numbers like sqrt(2), game of life, penrose tiles, fractals and chaotic systems, ...)
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* physics: very complex patterns can be reverse engineered to very simple (declarative timeless) code (that generated these patterns) <br> (Declarative timeless "code" like: Maxwell equations, Dirac equation, general relativity, ...)
 +
-----
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* looking deeper and deeper: maybe never-ending exceptions to the simple physical rules
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* looking to deep it seems to get complex again (particle zoo)
 +
-----
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* (the analogy between computational concurrency graphs and the light cone of special relativity)
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* how local crop-out of the code execution dependency graph that aren't big enough to cut through the most compressed locations <br> turn very stateful and TRNG like in character.
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* fractal character of code execution dependency graph?
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-----
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* identification of cosmic spacetime horizons with most effectively compressed data funnel-throuh points of the (in effect equivalent) codes generating the universe
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* on the "impossibility" of bridging/crossing some high compression funnel gaps (e.g. quantum random gap) in the scope of the limits of existence of some observing entity
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* gravity as entropic force, and even other forces back-traceable to purely entropic origins (all a matter of viewpoint?) relation to [[dissipation sharing]] and backshootup.
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-----
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* whats spanning the gap between math and physics
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* math and physics -- arguments why one is more fundamental than the other and vice versa
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== Related ==
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* [[How APM links to philosophical topics]]
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-----
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* [[Simulation hypothesis]]
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-----
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* [[Natural 2D visualization of 1D bit data]]
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== External Links ==
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* [https://en.wikipedia.org/wiki/Razor_(philosophy) Wikipedia: Razor_(philosophy)]
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* Very good philosophical discussions can be found here: <br>[https://www.pbs.org/show/pbs-space-time/ PBS spacetime (web)] – [https://www.youtube.com/channel/UC7_gcs09iThXybpVgjHZ_7g PBS spacetime (youtube channel)]
  
 
[[Category:Philosophical]]
 
[[Category:Philosophical]]

Latest revision as of 18:55, 15 October 2023

This article is speculative. It covers topics that are not straightforwardly derivable from current knowledge. Take it with a grain of salt. See: "exploratory engineering" for what can be predicted and what not.

Warning: Wild philosophizing ahead.
Take all this with a mountain of salt.
You have been warned.

  • A failure mode for concept pattern matching

(wiki-TODO: add woven asymmetric tree illustration)

Misc

  • side-effect free (aka pure) functions as prerequisite of reversible computation as prerequisite for quantum computation as (one) basis of physics
  • "no true randomness" perspective or equivalently
  • "everything is a PRNG" perspective (potentially non-local) or equivalently
  • "all perceived randomness as just the lack of knowledge of how a complex situation came to be" perspective
  • physics: giant quantum random unknown origin gap
  • math/coding: very simple code can create very complex patterns (decompression/corecursion)
    (algorithm for irrational numbers like sqrt(2), game of life, penrose tiles, fractals and chaotic systems, ...)
  • physics: very complex patterns can be reverse engineered to very simple (declarative timeless) code (that generated these patterns)
    (Declarative timeless "code" like: Maxwell equations, Dirac equation, general relativity, ...)
  • looking deeper and deeper: maybe never-ending exceptions to the simple physical rules
  • looking to deep it seems to get complex again (particle zoo)
  • (the analogy between computational concurrency graphs and the light cone of special relativity)
  • how local crop-out of the code execution dependency graph that aren't big enough to cut through the most compressed locations
    turn very stateful and TRNG like in character.
  • fractal character of code execution dependency graph?
  • identification of cosmic spacetime horizons with most effectively compressed data funnel-throuh points of the (in effect equivalent) codes generating the universe
  • on the "impossibility" of bridging/crossing some high compression funnel gaps (e.g. quantum random gap) in the scope of the limits of existence of some observing entity
  • gravity as entropic force, and even other forces back-traceable to purely entropic origins (all a matter of viewpoint?) relation to dissipation sharing and backshootup.
  • whats spanning the gap between math and physics
  • math and physics -- arguments why one is more fundamental than the other and vice versa

Related

External Links

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