Can We Ever Learn to Walk Through Walls Like Ghosts?

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The discussion centers on the concept of "ghosting," or the idea of moving through solid objects, specifically walls. It highlights the fundamental principle that solid matter cannot pass through other solid matter due to atomic interactions, where atoms repel each other because of electron paths and energy dynamics. A proposed idea involves absorbing the electron energy from a wall, theoretically causing the wall to disintegrate into dust as its atomic structure collapses. However, the feasibility of this concept remains uncertain, and the conversation emphasizes the need to explore ideas without relying on unproven assumptions about the existence of ghosts.
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"ghosting" walking through walls

as i understand it, the reason solid matter can't move through solid matter is because you would need to push atoms through other atoms or the paths of electrons, which means that the solids "bounce" off each other due to energy and wat not, and if you push harder, one solid will break (as in, the atoms seperate).

One idea i had to "ghost" is to absorb all the electon energy off the wall somehow, but i don't have a clue how to do that, and it would just mean the wall would turn into a pile of dust as the atoms lost their electon energy and fell down into a pile to remerge again...would look cool though.

any1 got any good ideas about "ghosting"?
 
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In order to pursue this we would have to assume that ghosts exist, however we don't discuss concepts that assume an unproven premise. :smile:
 
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