1. All technologies are based on circuits and all circuits are based on components.
2. All circuits are composed of three components: 1. Force Elements, 2. Conductors, and, 3. Control Mechanisms.
3. Circuit components are always conical in form and spiral in function.
4. There are two types of circuits: 1. Wave Circuits, and, 2. Current Circuits.
5. Wave circuits have elliptical force elements that generate wave functions and current circuits have circular force elements that generate current functions.
6. Circuit component functions are either implosive-concentrative or explosive-dissipative.
7. The equation F = S / CS describes explosive functions where counter-spin forces are greater than spin forces and the equation F = CS / S describes implosive functions where spin forces are greater than counter-spin forces.
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The Principles of Circuit Component Design
1. All technologies are based on circuits and all circuits are based on components.
2. All circuits are composed of three components: 1. Force Elements, 2. Conductors, and, 3. Control Mechanisms.
3. Circuit components are always conical in form and spiral in function.
4. There are two types of circuits: 1. Wave Circuits, and, 2. Current Circuits.
5. Wave circuits have elliptical force elements that generate wave functions and current circuits have circular force elements that generate current functions.
6. Circuit component functions are either implosive-concentrative or explosive-dissipative.
7. The equation F = S / CS describes explosive functions where counter-spin forces are greater than spin forces and the equation F = CS / S describes implosive functions where spin forces are greater than counter-spin forces.
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