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Author Topic: The 42 khz puzzle  (Read 6049 times)

timallard

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The 42 khz puzzle
« on: September 26, 2009, 04:26:09 AM »
While designing an insert for between a carburetor and intake manifold to enhance the air-fuel mix, it became apparent that near 42-khz is a fundamental of the length of the circumference of an oxygen atom's covalent radius, so if done in certain situations could break the electron sharing between the oxygen and hydrogen atoms of water ... increasing the fundamental power should return less per increase since it's not increasing the power much applied at the molecular level afaik.

Thought this was a forum that would be intrigued by this ... I got 4.1469x10^-4 hertz, might matter, working on circuits to get the proper frequency, no equipment, this is still theoretical.
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sm0ky2

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Re: The 42 khz puzzle
« Reply #1 on: September 26, 2009, 04:40:48 AM »
should be easy for someone working on a meyer-replication to modify the circuit to resonate at 42KHz.

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timallard

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Re: The 42 khz puzzle
« Reply #2 on: September 26, 2009, 04:47:46 AM »
Quote from: sm0ky2 on September 26, 2009, 04:40:48 AM
should be easy for someone working on a meyer-replication to modify the circuit to resonate at 42KHz.

I'd recommend being as precise as you can, it's a fundamental, multiply by 10^6 for the actual frequency you need, being off may move the resonance beyond the Van der Waals radius so not much distance to play with for high efficiency is the thought.

Adding:  My circuits include a 1-Ghz clock, contending with how to compress a 1-Ghz signal into a 41.47-khz pulse width with delay circuits, then replicate that ... things are being done in relativistic math, plasmas ... mixed with nano-scale thinking.
« Last Edit: September 26, 2009, 05:13:58 AM by timallard »
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