## Tags - Topics: - Additional: ## Definitions - [[Definition|Defining]] and [[Explanation|explaining]] [[Everything|all]] defined [[phenomena]] in given problem domain. - In [[Empiricism|empirical]] [[Natural science|sciences]] also [[Prediction|predicting]], [[controlling]], [[Replication crisis|replicating]], [[simulating]], [[building]] the defined phenomena if possible. ## Technical summaries - [[Theory]] of [[Everything]] means something else in [[Physics]], [[Natural science|natural sciences]], [[Formal science|formal sciences]], overall [[Science]], [[Philosophy]], casual [[Language]] and so on. ## Main resources <iframe src="https://en.wikipedia.org/wiki/Theory_of_everything" allow="fullscreen" allowfullscreen="" style="height:100%;width:100%; aspect-ratio: 16 / 5; "></iframe> ## Brainstorming when are we building galaxy supercluster sized particle collider to probe quantum spacetime foam Will AI in the future come up with theories of fundamental physics that predict empirical data better than our theories but that are incomprehensible to human intuition? I want machine scientists developing theories and experiments about the universe that transcend human limitations Advanced AI will be needed to overcome human limitations in the search for theory of everything Which theories of everything are the closest to truth? String Theory (vibrating strings with a lot of extra dimensions), Loop Quantum Gravity (quantized spacetime, spin networks), Causal Set Theory (discrete events, fundamental causality), Digital Physics (universe as computation, information fundamental), Asymptotically Safe Gravity (quantum gravity, high-energy fixed point), Twistor Theory (twistors fundamental, spacetime derived), Causal Dynamical Triangulation (spacetime from simplices, causality), E8 Theory (E8 Lie group, controversial unification), Gauge Theory Approaches to Quantum Gravity (gravity as gauge field, recent), Noncommutative Geometry (non-commuting coordinates, abstract unification)? I see theory of everything as a path, as gradual refining of our predictive models of the world, that will never get to 100%, and AI will help us get closer to it beyond our human limitations Why did big bang happen? What if alternatives to big bang like big crunch happened instead? Did it actually happen? Why is universe governed by few fundamental forces between tens of elementary particles? Why is the standard model and general relativity the best current description of it that we have so far? Why do we struggle with unifying quantum mechanics and general relativity so much? Is theory of everything even possible? What even is space? What even is time? Is there such thing as "before the big bang" if time might not have existed before it? How will the universe end? Is there such a thing as end of the universe? Is the multiverse theory true? Why is mathematics so unreasonably effective at describing and predicting nature? Major part of my meaning of life currently is to try to understand: - The most complete fundamental equation/s of intelligence: human intelligence, diverse machine intelligences (all sorts of current and future subfields of AI), other biological intelligences, collective intelligence, theoretical perfect AGI (AIXI variants, Chollet's intelligence, Legg's intelligence, etc.), hybrids, etc. - The most complete fundamental equation/s of the universe and the world in general: How does the standard model and general relativity work? How does everything else in our world on other scales with other fields, such as chemistry, biology and sociology, emerge? What is beyond the standard model of particle physics and general relativity, how to solve quantum gravity? - best math and philosophical assumptions for the above ## Landscapes - By domain - [[Theory of Everything in Fundamental Physics#Definitions]] - ![[Theory of Everything in Fundamental Physics#Definitions]] - [[Theory of Everything in All of Physics#Definitions]] - ![[Theory of Everything in All of Physics#Definitions]] - [[Theory of Everything in Natural Sciences#Definitions]] - ![[Theory of Everything in Natural Sciences#Definitions]] - [[Theory of Everything in All of Science#Definitions]] - ![[Theory of Everything in All of Science#Definitions]] - [[Theory of Everything in Intelligence#Definitions]] - ![[Theory of Everything in Intelligence#Definitions]] - [[Theory of Everything in Philosophy#Definitions]] - ![[Theory of Everything in Philosophy#Definitions]] - [[Theory of Everything in Culture#Definitions]] - ![[Theory of Everything in Culture#Definitions]] - [[Meta Theory of Everything#Definitions]] - ![[Meta Theory of Everything#Definitions]] - [[Omnidisciplinarity]]