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Time Machines & Experiments
Delta T, Helmholtz Variation
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<blockquote data-quote="Sonix" data-source="post: 186276" data-attributes="member: 10954"><p>X and Y, two signals sine and cosine, various frequencies to be tested, though would eventually like to be geared to test 47.7Mhz plus as that potentially creates close proximity spin of the magnetic field at interesting velocities. Yes, white noise through the Z coils. Still not sure how I am going to generate signal (specifically the 90 degree phase offset), though within the audio range that is easy enough to accomplish creating audio files with sine, cosine and white noise functions in GoldWave program. It has been suggested that, with the Delta T, running sine and cosine signals through the X and Y creates a magnetic field that spins at the rate of the frequency of the signal. It want to test and see if that is so.</p><p></p><p>I intend to test for anomalous temporal effects. I've got a few Precision RTC clock modules that I can connect to an Arduino board to run and record continuous real-time comparison of the clocks, which would be placed at various distances from the device (haven't yet programmed this but will be using it for a few of my ongoing projects). But also testing for subjective effect. </p><p></p><p>Traveling for work so all on hold for the moment but I'm chewing at the bit.</p></blockquote><p></p>
[QUOTE="Sonix, post: 186276, member: 10954"] X and Y, two signals sine and cosine, various frequencies to be tested, though would eventually like to be geared to test 47.7Mhz plus as that potentially creates close proximity spin of the magnetic field at interesting velocities. Yes, white noise through the Z coils. Still not sure how I am going to generate signal (specifically the 90 degree phase offset), though within the audio range that is easy enough to accomplish creating audio files with sine, cosine and white noise functions in GoldWave program. It has been suggested that, with the Delta T, running sine and cosine signals through the X and Y creates a magnetic field that spins at the rate of the frequency of the signal. It want to test and see if that is so. I intend to test for anomalous temporal effects. I've got a few Precision RTC clock modules that I can connect to an Arduino board to run and record continuous real-time comparison of the clocks, which would be placed at various distances from the device (haven't yet programmed this but will be using it for a few of my ongoing projects). But also testing for subjective effect. Traveling for work so all on hold for the moment but I'm chewing at the bit. [/QUOTE]
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