Recent content by Dmitry Tyurev

You have absolutely correctly understood my question. ) In this case, the gravitational force will be felt not permanent, but as a separate events.

Thanks, you are absolutely right. I meant exactly that. ) So what modern physics says about this? Can it be that "unless an object is interacting with a graviton, it will not experience a gravitational pull"?

Can the g-force between two atoms be arbitrarily small? Or there can exist a (quantum) limit?

So, one atom will have a gravitational pull on the other atom at ANY distance even if gravity is quantized?

Question A: Whether gravity is quantized or not - it's not known yet. Right? Question B: If gravity is quantized then my previous post is correct. Right?

Correct me if I'm wrong, but this formula can be used only if gravity is not quantized (so the gravitational force can be infinitely small). But if gravity is quantized, then this formula cannot be used. In this case the gravitational attraction of the first atom will act on the second atom only...

The question: Is there a gravitational attraction between two atoms if they are located at a distance of several light years of each other? Or physics does not have the answer to this question yet? ) (Sorry if this question has already been discussed on the forum. Please send a link to the topic...