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      And what to do? There are no options left (at least for now) but to develop the topic of mercury use. I don’t see any other options yet.

      Let’s remember what unique qualities of mercury we know.

      Mercury is a liquid metal at room temperature. Becomes hard at -39°C. If you freeze two mercury cubes in a mold, remove the cubes from the molds, and then touch these cubes with their faces, the faces merge instantly. That is, diffusion occurs instantaneously.

      Frozen mercury does not deform. At all. The hardness is the highest.

      Why might this be. I put forward a version that mercury has no protons in the nucleus. Only neutrons. The orientation of electrons in the electron shell is also different from the orientation in the atoms of other materials. The electric fields of electrons are not oriented radially, from the center outward, but somehow along the circles of the orbitals. Therefore, instantaneous diffusion occurs. There are no protons in the nuclei – there is nothing to repel, and electrons do not repel with their fields. There is an instant overlap of the shells. The crystal lattice is also not formed. During critical cooling to the point of “freezing” (-39 degrees C), the neutron shells themselves, the neutrons themselves, overlap. It turns out a single, very solid monolith. Hard but brittle.

      This is the version… But it is this version that will explain the unique electrostatic properties of mercury.

      What is a neutron. This is an “empty particle”. If the proton is filled with Fire, read as phonons, if the electron is filled with Light, read as gravitons, then the neutron is not filled with anything. It is “empty”. And in this state, the neutron can exist for a long time, but only as part of the atomic nucleus. In the free state, the neutron quite quickly, after 11 minutes, decays into a proton and an electron. That is, in a free state, such a configuration is unnatural. There shouldn’t be a void. And this emptiness is filled with Fire and Light – forming two particles, a proton and an electron.

      This means that it can be assumed that mercury, under certain conditions, can interact very actively with both phonons and gravitons. Well, about gravitons – this still needs to be thought about, but with phonons – this is almost certain.

      What does it mean to interact? Either it is easy to be filled with Fiery phonons, or to pump these phonons through oneself, if one sets a certain pressure difference in any volume of mercury.

      Apparently, this is the basis for the property of mercury to turn into gold when filling the required amount of neutrons with phonons and turning them into protons. And the electrons during such a transformation should themselves orient themselves radially with their field in relation to the positive nucleus.