Newtonian space in modern physics

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SUMMARY

The discussion centers on the relevance of Newtonian space in modern physics, particularly in the context of "intrinsic bending" or "curvature" of space as understood in relativity. It is established that while Newtonian concepts of absolute space and time have largely been replaced by Einstein's theory of relativity, they remain applicable in specific scenarios, such as engineering projects like bridge construction. The conversation highlights the balance between historical physics concepts and their practical utility in contemporary applications.

PREREQUISITES
  • Understanding of Einstein's theory of relativity
  • Familiarity with Newtonian physics principles
  • Basic knowledge of space-time curvature
  • Awareness of practical engineering applications of physics
NEXT STEPS
  • Research the implications of Einstein's General Relativity on modern physics
  • Study the differences between Newtonian mechanics and relativistic physics
  • Explore practical applications of physics in engineering, specifically in structural design
  • Investigate the historical evolution of physics from Newtonian to modern theories
USEFUL FOR

Students of physics, engineers involved in structural design, and anyone interested in the historical development of scientific concepts in relation to modern applications.

thinkandmull
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I asked one time on this forum about bending space. If I take a paperback book and understand it as space instead of matter, and then bend it, it seems that the bent space moves into other space and that there is space from which it came. Now the idea didn't make any sense to me. Someone clarified for me that in modern physics bending space is an "intrinsic bending" or "curvature". That made a lot of sense to me. However, does modern science use the Newtonian idea of external space? Or has that idea been left into history? Thanks. The history of physics is very interesting for me.
 
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The Newtonian concepts of absolute space and time have been abandoned in favour of Relativity. That doesn't mean that Newtonian concepts are not useful in certain circumstances, they can still be used for many calculations within their domain of applicability.
 
Newtonian concepts still work fine for projects such as say building a bridge.
Using relativity to do something like that would result in a lot of unnecessary calculating which would make no difference to the bridge.
 

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