Power a Tractor Trailer semi’s
- The system must be at equilibrium, this hold not hold true for the entropy driven systems
- The basis of the Laws of Thermodynamics is that heat dissipates while general observations of the reality seem to validate this view, it is blatantly false. There exist natural processes that are heat energy collective (i.e. absolute negative pressure) systems. These systems in collecting heat energy must put this energy somewhere. The collected energy is stored in raising the electron energy level in the medium subject to this absolute negative pressure. We therefore have systems that collect huge quantities of heat energy and spontaneously convert this to electric energy! (Usable Electric Power)
This has tremendous economic benefit, consider the owner/operator of a tractor trailer now being able to eliminate all of their fuel costs, year after year. The pass on benefits to their employers and ultimately to the consumer is astounding.
It must be point out that while we are taking heat energy out of the atmosphere to power things, these things are subject to friction which returns this heat energy to the environment (i.e. atmosphere). There is in general no heat change to the environment. It cannot be over emphasized that while our perception of nature leads us to question this, the physics of cavitation and sonoluminescence force us to realize that our perception of nature is flawed.
The US and most of the world is turning to Solar and Wind Energy to power their economies these systems are not viable in the environment of nature, nor are they compact and portable as the technology briefly described above. Solar Electric have a short lifespan and then are high technology toxic waste. The composite blades wind turbines (mills) delaminating in a very few number of years
I have spent the better part of forty years perfecting this technology, the time has now come for the world to adopt it.
For more technical detail click click here to get the IEEE Xplore white paper.
There has been much improvement and refinement in this since this paper was publish. For current refinements and improvements see the USPTO site.
Daniel Deeks