Computer exploration of fundemental constants

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SUMMARY

The discussion centers on the exploration of dimensionless physical constants through random equation generation using programming. A retired computer programmer shared their experience of creating a program that randomly generates equations to test for approximations to fundamental constants. The goal is to uncover potential new fundamental laws or insights after extensive computational trials. The programmer seeks connections to researchers or existing projects in this area.

PREREQUISITES
  • Understanding of dimensionless physical constants
  • Familiarity with programming concepts and random number generation
  • Basic knowledge of mathematical equations and operators
  • Awareness of computational research methodologies
NEXT STEPS
  • Research existing projects on random equation generation for scientific discovery
  • Explore programming languages suitable for mathematical computation, such as Python or MATLAB
  • Investigate the role of dimensionless constants in physics
  • Learn about computational methods in theoretical physics
USEFUL FOR

Researchers in computational physics, programmers interested in mathematical exploration, and anyone investigating the intersection of programming and fundamental scientific constants.

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Hi, I'm a retired computer programmer (of mostly business applications). I wondered if anyone could tell me if anyone has used programming to investigate the dimensionless physical/mathematical constants in a random way. By random way I mean: write a program to randomly generate an equation --randomly selecting operators, operands, equation length, etc, and testing if the result approximates zero or another dimensionless constant. If the computer found such a hit, it could flag the equation for later review and keep on exploring.

Of course the idea is that after trillions of equations it is possible a new fundamental law could be found, or at least it could provide fodder for new research.

I actually did write a program like this several years ago, and got some hits, but I didn't have the physics chops to tell if I really found anything (and I left it off as a project to take up later).

Certainly this is not a new idea(?) Can someone point me at people that do this type of research?
 
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Do you mean like the speed of light in miles per second and the speed of light in feet per second differ by exactly 5280?
 

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