Narrow the gaps between molecules?!
Lin Ke's pupils shrank, and he instinctively asked, "Changing molecular gaps?! Is it possible?"
In the field of materials science, the size of molecular gaps determines the density, strength, and conductivity of a material.
Molecules are constantly in motion.
When molecules are heated, the temperature rises, they gain energy, move faster, and the intermolecular forces weaken, causing molecular gaps to increase.
When the temperature drops, molecules lose energy, move slower, intermolecular forces strengthen, and molecular gaps decrease.
Molecular gaps are also related to pressure, the greater the pressure, the smaller the gaps.
Molecular gaps, molecular intervals.
Superconductors, insulators.
... Many aspects of physics are related to the microscopic world.
If Flogel's skill is so powerful, some of the pillar industries in Great Wilderness City might experience a new breakthrough.
