The idea of energy carried through space, space as a vacuum, energy presumably in its most basic form through space as a quantum package, is one of the greatest issues in modern physics, namely how can energy as a quantum package be relayed through the vacuum of space without "being" somehow associated to space, without seeming to lose energy in its travel through space, and likewise how can gravity as a field force be related to mass (and therefore energy) through that same vacuum of space and be relayed through space as that field force, a field force that seems to "offer" energy to the mass in that field, and thus have gravity represent, in regard to "0" space, a type of "negative" energy field? Indeed, the idea of the thermodynamics as a type of transposition of energy in space should not be taken lightly. This paper explains the nature of thermodynamics as the result of the relationship between the dimensions of time and space, a specific relationship between a just as specific definition for time and space, explaining all the key concepts of thermodynamics, essentially replacing the idea of the Big Bang and associated metric expansion of space, together with the ideas of dark matter and dark energy. As it shall be demonstrated, although there is a general precedent of indeterminacy in play, there is nonetheless a dimensional enthalpic mechanical order between time and space that acts in alliance with the general indeterminacy carried by time's flow as entropy.