An Overview of Free Energy and an Introduction to Mho's Law
By
Vinyasi
How to generate an endless supply of reactive power by emulating the behavior of spark gaps.
This is a synopsis of the mathematical definition for free energy's existence. It is founded upon Ohm's Law and its derivation is non-intuitive without the math to spell it out. It restricts the jurisdiction of the Conservation of Energy and makes super-conductance possible at room temperature.
This is not new information. This is ancient knowledge and hidden in plain sight for over a century.
Only by a segregated analysis of every single electrical component within a circuit can we come to know what is happening.
It is not enough to know how much energy goes into a circuit versus how much comes out of it. We must also know which components of a circuit are participating in the production of reactive power versus which components are consuming real power. Then, we can do a tally of the net power to determine whether the circuit is a generator of reactive power or a consumer/converter of real power.
The results will amaze you!
This volume does not display all of the data behind this premise. I reserve that more fuller display for my two volume set, entitled: "Mho's Law Justifies Free Energy."
This volume merely serves as an introduction to this unique treatment of this topic.
This is a synopsis of the mathematical definition for free energy's existence. It is founded upon Ohm's Law and its derivation is non-intuitive without the math to spell it out. It restricts the jurisdiction of the Conservation of Energy and makes super-conductance possible at room temperature.
This is not new information. This is ancient knowledge and hidden in plain sight for over a century.
Only by a segregated analysis of every single electrical component within a circuit can we come to know what is happening.
It is not enough to know how much energy goes into a circuit versus how much comes out of it. We must also know which components of a circuit are participating in the production of reactive power versus which components are consuming real power. Then, we can do a tally of the net power to determine whether the circuit is a generator of reactive power or a consumer/converter of real power.
The results will amaze you!
This volume does not display all of the data behind this premise. I reserve that more fuller display for my two volume set, entitled: "Mho's Law Justifies Free Energy."
This volume merely serves as an introduction to this unique treatment of this topic.
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