The First Law of Thermodynamics

The First Law of Thermodynamics (in its most narrow interpretation) states that energy can neither be created nor destroyed, only interconverted from one preexisting physical form into another.   The inherent flaw of this interpretation is that it presumes that there is no substrate of existence underlying the quantumphysical level consisting of matter, energy and fields, i.e., it presumes there are no subquantum workings such as a transmuting ether.  Thus the conventional physics paradigm perceives the physical universe as a closed system devoid of inputs or outputs from some state “beyond” or outside of the physical universe.

Although the narrow interpretation of the First Law may work well for explaining the workings of refrigerator appliances, it fails miserably when applied to matter and energy creation phenomena we see taking place in the cosmos.   Here, very small departures from perfect energy conservation (far too small to measure in the laboratory) can produce very large scale effects such as supernovae or galactic core explosions.

Subquantum kinetics proposes that we adopt a broad interpretation of the First Law, one that admits to the existence of an active subquantum etheric realm whose activity continually generates and maintains the form of our physical universe.  The physical universe is no longer viewed as a closed system, but as an open system, whose very existence depends on the continued activity of the subquantum realm.   The First Law, then, might be more broadly reframed as stating that the total system (quantum plus subquantum) is conservative, but that when only considering part of the total, namely physical entities such as matter and energy, this observable subset may at times function nonconservatively.

By realizing that there exists an underlying ether and that this ether functions as an open system, we may resolve the mystery of where the energy comes from that powers galactic core explosions, planets, stars, and “free energy devices”. Like all open systems, the transmuting ether is able under certain circumstances to spontaneously generate order (matter and energy).  To learn more about this cosmogenic paradigm read the books Genesis of the Cosmos and Subquantum Kinetics.