[dleviwing]

Hi Lloyd;
Thermodynamic is a useful concept for expressing the dynamics of temperature of a system. Temperature is fundamentally expressed with 6 vectors that represent degree of freedom, 2 vectors of motion (linear and angular) and 1 vector of time. (In string theory a tenth vector is added to represent a mysterious 1 dimensional entity called a string or loop.)

Thermo hydrodynamics do not apply until you achieve quantum lattice structure as expressed by Compton wave analysis. If you are applying this concept to the singularity concept of matter, then I will agree that it is appropriate. It would define the wave symmetry of any physical unit of matter except for the fundamental unit of matter that has only a linear vector and thus zero degree of freedom. This should not be interpreted as “absolute zero temperature”. Temperature is meaningless at this level of existence. I have only encountered applications of thermo hydrodynamics in the semiconductor industry.

To be frank, much of what you express seems to be nothing more than gibberish. Maybe you should try to make your comments clearer.

BTW: I'm a Segrem's VO man.