The concept of free energy came out of the early experiments with lightning and heat. Scientists realized that lightning didn’t produce much heat (because the sparks are so fast), and therefore electrical energy was much more abundant. Because electrical energy is generated via electrons, the scientists knew that it must be free.
For many years, scientists tried to explain the phenomenon of free energy to their colleagues. In 1958, a British physicist named Hugh Gauss was able to prove that free energy could exist. Gauss reasoned that heat was actually in the form of heat radiating from the electrons in the atoms that make up the atoms. He concluded that the heat energy was in the form of free electrons.
How to make use of free energy?
The question of where power comes from has plagued scientists for centuries. In addition to producing free heat, Gauss figured out how to use electrons in some ways. For instance, Gauss figured out that you could use electrical energy to generate heat to be used to heat water. The heat, of course, couldn’t be used to charge cells to generate electricity, but he didn’t know that at the time. So a few scientists, such as the scientist who was instrumental in the development of the laser, went to work to use free electrons in ways that he thought were useful.
While Gauss and another scientist invented various ways to produce electricity and heat, some scientists saw free energy as the future. Others, like the scientist who developed the X-ray, were skeptical. What if some people saw free energy as a solution to their problem and decided to use it. Of course, that’s not necessarily the right way to go about finding a solution.
Who has used free energy in practical ways?
In 1958, the physicist Hugh Gauss discovered in his lab that people could use it to turn light into electricity via a process called photolysis. Gauss found that when electrons in water vapor were heated to high temperatures (say, 200 K), which is what electricity is created, they could be accelerated to a high enough speed and separated from their atoms by the heat. When the heat was removed, they were left with free electrons. He then realized that when one of these free electrons, a positron, split from its hydrogen atom, electrons of a different type can make the same trip for the same reason. Since the electron is the same kind of thing as the hydrogen atom in water, the two types of free electrons can be used to increase its value.
free energy principle for dummies, predictive coding tutorial, bayesian model evidence, concept of free energy slideshare, energy rich compounds