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<blockquote data-quote="NaturalPhilosopher" data-source="post: 200321" data-attributes="member: 9562"><p>no</p><p>solid state and cold electric systems don't go together</p><p>solid state components have very specific operating conditions</p><p>analog systems have much more leeway.</p><p></p><p>you can build a concentric pancake transformer and then test how the ohmic resistance, inductance and capacitance of solid state components change. Then compare with normal powersupplies. From that data you can then determine how to design circuits to run on radiant power.</p><p></p><p>measuring those qualities is pretty easy.</p><p>like if a diode changes it's internal resistance with radiant electric power.</p><p>then add more or less diodes to create a bridge rectifier.</p><p></p><p>Since most conductors become superconductive at low enough temps. Opens a world of possibilities.</p><p>Imagine a computer that self cools as it runs. Diodes and other components use quantum tunneling qualities to operate. It's well known that these radiant systems produce quantum effects. The diode might stop functioning altogether. I'm not sure yet. Easy test though.</p><p></p><p>Transistors that work on radiant electricity would be worth a lot of money.</p></blockquote><p></p>
[QUOTE="NaturalPhilosopher, post: 200321, member: 9562"] no solid state and cold electric systems don't go together solid state components have very specific operating conditions analog systems have much more leeway. you can build a concentric pancake transformer and then test how the ohmic resistance, inductance and capacitance of solid state components change. Then compare with normal powersupplies. From that data you can then determine how to design circuits to run on radiant power. measuring those qualities is pretty easy. like if a diode changes it's internal resistance with radiant electric power. then add more or less diodes to create a bridge rectifier. Since most conductors become superconductive at low enough temps. Opens a world of possibilities. Imagine a computer that self cools as it runs. Diodes and other components use quantum tunneling qualities to operate. It's well known that these radiant systems produce quantum effects. The diode might stop functioning altogether. I'm not sure yet. Easy test though. Transistors that work on radiant electricity would be worth a lot of money. [/QUOTE]
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