Energy is recognized as the key to all activity on earth. Natural science is the study of the sources and control of natural energy, and social science, theoretically expressed as economics, is the study of the sources and control of social energy.
Both are bookkeeping systems: mathematics. Therefore, mathematics is the primary energy science. And the book- keeper can be king if the public can be kept ignorant of the methodology of the bookkeeping.
All science is merely a means to an end. The means is knowledge. The end is control. [THE END ALWAYS JUSTIFIES THE MEANS.] Beyond
this remains only one issue: Who will be the beneficiary?
GENERAL ENERGY CONCEPTS
In the study of energy systems, there always appear three elementary concepts. These are potential energy, kinetic energy, and energy dissipa- tion. And corresponding to these concepts, there are three idealized, essen- tially pure physical counterparts called passive components.
(1) In the science of physical mechanics, the phenomenon of poten- tial energy is associated with a physical property called elasticity or stiff- ness, and can be represented by a stretched spring.
In electronic science, potential energy is stored in a capacitor instead of a spring. This property is called capacitance instead of elasticity or stiff – ness.
(2) In the science of physical mechanics, the phenomenon of kinetic energy is associated with a physical property called inertia or mass, and
can be represented by a mass or a flywheel in motion.
In electronic science, kinetic energy is stored in an inductor (in a magnetic field) instead of a mass. This property is called inductance in- stead of inertia.
(3) In the science of physicalmechanics, the phenomenon of energy dissipation is associated with a physical property called friction or resistance, and can be represented by a dashpot or other device which converts system energy into heat.
In electronic science, dissipation of energy is performed by an element called either a resistor or a conductor, the term “resistor” being the one generally used to express the concept of friction, and the term “conductor” being generally used to describe a more ideal device (e.g., wire) employed to convey electronic energy efficiently from one location to another. The property of a resistance or conductor is measured as either resistance or conductance reciprocals.