Space/time/velocity experiment

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SUMMARY

The discussion centers on an experiment designed to understand the relationship between space, time, and velocity, specifically through the lens of energy and volume rather than mass. The experiment utilizes two constants: a fixed time of one second and the speed of light (c). By sending a beam of light around circles of varying radii, the experiment demonstrates that the time taken remains constant at one second, illustrating key concepts of time dilation in General Relativity (GR). This approach aids in grasping how time perception changes with velocity.

PREREQUISITES
  • Understanding of General Relativity (GR)
  • Familiarity with the speed of light (c)
  • Basic knowledge of energy and volume concepts
  • Ability to visualize geometric shapes and their properties
NEXT STEPS
  • Explore the implications of time dilation in General Relativity
  • Study the mathematical foundations of light speed and its constancy
  • Investigate experiments that illustrate the principles of space-time
  • Learn about the effects of velocity on mass and time perception
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Students of physics, educators in relativity, and anyone interested in the fundamental concepts of space-time and velocity relationships.

force5
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Many, many years ago when I was trying to understand the space/time connection, I had problems with this idea because of the way I used time references on a day to day basis. So here's what ended up doing to make the transition from thinking about normal time to thinking about space/time relativity.

First of all, this experiment does not use any form of matter or mass, but energy/volume. I used two constants;

1) constant time of one second.
2) constant velocity of c.

1st, I drew a circle. Then, using the fixed constants, I sent a beam of light around the circle one time. The trip took one second traveling at c.

2nd, I then doubled the radius of the circle. Again, I sent a beam of light around the larger circle one time. Again, the trip took one second traveling at c.

I continued doing this procedure using any radius I wished. The trip would always take one second traveling at c.

This helped me better understand how time slows down as the velocity increases for mass, as well as some other aspects of GR.

Although this may be common knowledge to some of you. It may help someone that's confussed about this matter just as I once was.

I hope someone will point out any errors in my way of thinking.
 
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Hold on a minute! After reviewing my post, I realized I didn't explain it very well. I'll make some enhancements shortly. Sorry
 

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