Compressed/conducting Mercury(Hg) atom

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Compressing mercury (Hg) or other conductive metal atoms under extremely strong magnetic fields and simultaneous infinite electrical currents can lead to significant changes in their conductivity and phase. While liquids and solids typically resist compression, the application of such forces may induce phase transitions that alter their conductive properties. The discussion references studies on amorphous semiconductors and the thermal conductivity of metals, highlighting the relationship between pressure and conductivity. Understanding these effects is crucial for applications in materials science and electrical engineering. The interplay of magnetic fields and electrical currents on conductive materials presents intriguing possibilities for future research.
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What happening with a Hg (or any other conduct metal atom) if it is compressed by an extremely strong magnetic fields from XYZ (atom at zero coordinate) and an infinite electrical current is circulating from one of axis( example ,-X and +X ) at the same time?
 
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