Cool Operating Integrated Circuitry

Circuits which are controlled only by inductors will operate far cooler without resistors and without capacitors. They are the next and final generation of electronic circuitry.

Capacitors are endowed with comparable resistance rather than conductivity to similarly scaled resistors. That resistance is better known as resistivity. Inductors, in similar configuration, exhibit conductance more than resistivity.

In new circuitry, at above Ultra High Frequency (UHF), the high temperature producing capacitors in series can be replaced by inductors in parallel and the reverse pair of configurations are also true.

Resistors are used to lower voltage. That can be achieved by placing three inductors at a 3 way junction. One inductor will be placed at each junction point. A base emitter is configured from a very high inductance inductor. A medium inductance inductor will form the collector and the remaining junction will be a low inductance inductor which will be the emitter.

The result is an inductance transistor. It will control variable current. The transistors will replace resistors.

Quantum computers are practically with us already. We simply need to bypass the capacitors in the computers, to pass only inductors. Operating at a higher frequency (UHF+) is how a simple solution may apply. Experimentation is required.

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