Quantum trans-intertermodynamic laws category Graceli. and effects 8,181 to 8,190.

1] The entropy does not tend to increase infinitely.

2] [principle of the senses of energies] And it does not have a distribution of energies and temperatures for one direction, but for all senses, even from the inside out, and vice versa as the temperature increases if there is the beginning of the entropy from from the point where the temperature begins, and it begins to be distributed to all the senses, forming a system of chains and transcendent interactions between all dynamic, electromagnetic, thermal, and other energies.

And as for the first statement the entropy tends to a zero decrease, as the temperature decreases very low, a new order of the particles and energies occur, and that another entropy will emerge as the temperature begins to rise.

With this we have new thermodynamic and trans-intertermodynamic paradigms.

3] [Graceli principle of inversion] there are variations of more intense phenomena when there is growth of thermal, dynamic, and other energies than in the same intensity when there are decreases of energies and temperatures.

With effects for all secondary phenomena [entropies, senses of effects, enthalpies, tunnels, entanglements, electrostatic potential, interactions of ions and charges and energies, chains, transformations, refractions, emissions and absorptions of particles and waves, interactional potential, transmutations , jumps, flows and quantum state, dynamics, and others. And according to the categories and agents of Graceli, and according to intensities and time of action, and Graceli quantum collapse.

4] the sense of energy growth and thermal-energetic decay.
With variations for physical state, quantum state, Graceli states, and ground state and its first excited state. And it was graceli potential.


With variations according to increasing or decreasing directions on electric currents, magnetic momentum, ferromagnetism, conductivity, superconductivity and superfluidity.