Neil Turok's All Known Physics Equation

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SUMMARY

Neil Turok's "All Known Physics Equation" is not applicable for high school physics curricula, specifically grades 11 and 12. The equation, which claims to encompass all known physics, is overly ambitious and not utilized in introductory physics courses. The discussion highlights skepticism regarding the practical use of quantum path integrals for basic motion calculations in celestial mechanics. Overall, the consensus is that this equation is not relevant for students at the high school level.

PREREQUISITES
  • Understanding of high school physics concepts, including kinematics and dynamics.
  • Familiarity with quantum mechanics fundamentals, particularly quantum path integrals.
  • Basic knowledge of celestial mechanics and motion of celestial bodies.
  • Awareness of the limitations of theoretical physics in practical applications.
NEXT STEPS
  • Research the fundamentals of quantum path integrals in quantum mechanics.
  • Explore the applications of celestial mechanics in real-world scenarios.
  • Study the differences between high school physics and university-level physics courses.
  • Investigate the marketing claims surrounding theoretical physics equations and their practical implications.
USEFUL FOR

This discussion is beneficial for high school physics teachers, students preparing for advanced physics studies, and anyone interested in the intersection of theoretical and practical physics applications.

FyzxRulz
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Sorry if i posted in the wrong forum, but i have a question. Some of you may know this equation:

allknownphysics1.png



Is it possible to use it for simple gr11 and 12 physics?
 
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No you do not learn about any of those things in high school.
 
I know, but can you still use it, since it's "all known physics"
 
Who would want to use it? All known physics is a rather boastful claim but disregarding their marketing statements why would you want to use a quantum path integral to calculate the motion of the heavens?
 
no you don't use it in gr11 or 12 physic, i doubt that its even used in first year physic...b/c i never seen em
 

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