The principle of preserving energy would be more of a matter of metabolism than of the fact that the universe is an isolated system. This is a common sense statement. However, in nature, for example, electrical discharge occurs. Hiig's field, together with the boson, would indicate that matter is being formed. If the Higgs field is exposed to electricity, it is possible that new particles will emerge. However, such energy comes from the sorting out of matter between one another. There is still heat, but it is generated by the oscillation of the particles. With regard to Larmour's law, we can obtain plasma from electricity. Thus, the electromagnetic field subjected to oscillation would create a heat ene. If such conditions were to occur in nature, new stars would arise, and the entropy theorem would be wrong, since it is contrary to the principle of conservation of energy. The existence of a Higgs field would indicate that it is not an isolated system, but entropy and heat loss do not occur, and that the mutual conversion of matter into energy and energy into matter occurs.
Entropy: A concept that is not a physical quantity
https://www.researchgate.net/publication/230554936_Entropy_A_concept_that_is_not_a_physical_quantity
Then which quantity ? Is else a quantity or some idealistic, metaphysical law ?
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