Has Anyone Else Discovered the G Dimensional Theory?

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Discussion Overview

The discussion revolves around the G Dimensional Theory, with participants sharing their initial encounters and opinions about its validity and implications. The scope includes theoretical exploration and critical evaluation of the theory's claims in relation to established physics concepts.

Discussion Character

  • Debate/contested

Main Points Raised

  • One participant expresses curiosity about the G Dimensional Theory and shares links to its website and a related article.
  • Another participant categorizes the theory as a "crank theory," suggesting skepticism about its validity.
  • A different participant defends the theory, questioning the tendency to dismiss new theories and describing it as innovative, while also suggesting that the author should clarify the term "paradox" in the essay.
  • A quote from the theory is presented, highlighting a distinction between G Dimensional Theory and General Relativity, with one participant agreeing with the views expressed in the quote but noting differences in perspectives on spatial dimensions.
  • Another participant emphasizes the need for clearer definitions of parameters within the theory.

Areas of Agreement / Disagreement

Participants exhibit disagreement regarding the validity of the G Dimensional Theory, with some viewing it as innovative and others dismissing it as a crank theory. There is no consensus on its acceptance or rejection.

Contextual Notes

Participants express differing views on the need for clearer definitions and explanations within the theory, indicating potential limitations in understanding its claims.

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I think it's a crank theory.
 
I think it is not a crank theory. Why does everoyne say that about new theories?
I think its very innovative. But I think (in the essay) the author should briefly define paradox.
 
Gravitational compression of space is the inverse of Einstein's premise of expanded Space in a gravity well. A clear distinction therefore exists between G-D Theory and General Relativity[Quote/]

Very sane views. I agree. He has chosen for our universe same type of infinity, what I offer too. However in questions about spatial dimensions our glances are not coincided.
 
Riiiiight.

He'll have to define his parameters much better.
 

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