B Can frame dragging do this?

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The discussion explores the concept of frame dragging and its potential to create a wormhole using two sets of rotating spheres in a satellite at the L1 point. The idea suggests that if the spheres from both sets touch simultaneously while creating frame dragging, they could puncture the fabric of spacetime. However, a participant firmly dismisses the notion, stating that such a scenario would not result in a wormhole. The conversation highlights speculative ideas in theoretical physics, emphasizing the imaginative nature of the proposal. Ultimately, the concept remains unfeasible according to current scientific understanding.
Ankit Doshi
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I want to share a thought from Gravtiy probe B satellite experiment . Can frame dragging , a rotating object puncture the space time Fabric ? i am not a physicist

just for imagination - If we put a satellite at L1 point ,which has equilibrium in gravity

In this satellite there are 2 sets of rotating spheres . In 1st set there are 2 spheres rotating very near to each other , with optimum RPM and Mass , but rotating in opposite direction to each other . 1st sphere in clockwise 2nd in anti clockwise or other direction .

2nd set of spheres is at few feet distance from the 1st set . 2nd set also has the 2 rotating spheres like 1st one.

if spheres of both sets touch the partner sphere at the exact same time , can it create a small worm hole between them ? when spheres of both sets are rotating and creating frame dragging , and entangling gravity lines , when the spheres touch each other for a second , can they puncture space time fabric ? 1 set of spheres is not enough because worm hole needs 2 ends .

Either above idea is good , or it is total foolish idea , but i just want to put this idea in universe , if anyone finds it interesting.

And everything doesn't have to be created hard way , they also found a easy way to create diamonds by CVD technic without high pressure and temperature.

i know above thought is a foolish idea , but still wanted to share it

Thanks

Ankit Doshi
 
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Ankit Doshi said:
if spheres of both sets touch the partner sphere at the exact same time , can it create a small worm hole between them ?
No.
 
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In Birkhoff’s theorem, doesn’t assuming we can use r (defined as circumference divided by ## 2 \pi ## for any given sphere) as a coordinate across the spacetime implicitly assume that the spheres must always be getting bigger in some specific direction? Is there a version of the proof that doesn’t have this limitation? I’m thinking about if we made a similar move on 2-dimensional manifolds that ought to exhibit infinite order rotational symmetry. A cylinder would clearly fit, but if we...

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