I Energy differences in different directions: the grid

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The discussion revolves around the concept of a "grid" that subatomic particles may follow, affecting their energy loss based on movement direction. It suggests that energy moving sideways loses energy more quickly than energy traveling straight due to a zig-zag motion. Participants emphasize the need for credible scientific sources to support such claims, as current experiments indicate that space is isotropic. The thread highlights the importance of referencing mainstream scientific articles for validation. Without further evidence or links from the original poster, the discussion is set to be closed.
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I heard a scientist propose a way to confirm (I feel that is a strong word) that there is a "grid" that subatomic particles and the smallest parts of the universe have to follow, instead of traveling freely. If energy moves sideways, it will lose energy more quickly for the same distance as energy traveling straight, as it has to go in a zig-zag motion. Has this been detected so far, through supernovas perhaps?
 
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EasterEggs123 said:
I heard a scientist propose a way to confirm (I feel that is a strong word) that there is a "grid" that subatomic particles and the smallest parts of the universe have to follow, instead of traveling freely. If energy moves sideways, it will lose energy more quickly for the same distance as energy traveling straight, as it has to go in a zig-zag motion. Has this been detected so far, through supernovas perhaps?
"I heard a scientist propose" is not a valid thread start here at the PF. You need to post a link to an acceptable, mainstream scientific article that discusses this idea.
 
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All our experiments are consistent with space being isotropic (same in every direction). I'm pretty confident saying that because it would be big news if something showed otherwise.
 
No reply from EasterEggs, so with the good reply from @Khashishi this thread will be closed until the OP can send me some quality links discussing the subject.
 
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