Comments by "Aristocles Athenaioi" (@aristoclesathenaioi4939) on "We FINALLY Proved Why Ice Is Slippery" video.

  1. Unless I am mistaken, your measurement device works as a result of the Pauli Exclusion Principle preventing the atoms at the end of your probe and the material it contacts separate from one from one another. Can you do a video to explain how the Pauli Exclusion Principle accounts for the stability of matter? For example how the Pauli Exclusion Principle prevents separate materials from simply fusing and how it causes cold welding or vacuum welding which presents a problem in space engineering.
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  2. I think your explanations also requires that the electrostatic hydrogen bonds are relatively weak at temperatures as high as negative one hundred and fifty degrees C (-150 C) in vacuo. What forms of ice remain slippery down to temperatures such as the temperature at which Nitrogen becomes a liquid? Do all forms of ice crystal exhibit slipperiness or is Ice I the only ice crystal that does? Of course Ice IX is valuable because of its literary properties.
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