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Time Machines & Experiments
Delta T, Helmholtz Variation
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<blockquote data-quote="Sonix" data-source="post: 186086" data-attributes="member: 10954"><p>Thank you, [USER=6456]@TimeFlipper[/USER] . Am I mis-thinking this in thinking that the only difference between audio sine and RF sine is the frequency range? Isn't playing a 432hz tone (for example) to a speaker the same as driving a 432hz electrical pulse along the wire? (Which is not to suggest that the ranges are synonymous in their effect - I know we can't microwave our food with audio frequencies.) In part I am thinking in audio terms because I've found a Digitech RP300A, a programmable effects pedal for electric guitar, and is has a phase function by which I should be able to input a signal (range to be determined) and output 2 signals out of phase with each other anywhere in the range 0-180 degrees. I have a signal generator on the way with range 1Hz-1MHz but expect that the more interesting effects might be achieved at higher frequencies.</p><p></p><p>It is not for amplification purposes that I've been thinking about phase. Per info on the Delta T I've been encountering, including the <a href="https://paranormalis.com/threads/delta-t-antenna-t-e-c.12238/" target="_blank">thread in the Schematics Initiative</a>, one of the vertical coil signals is run 90 degrees out of phase with the other vertical coil. If this is the case, what means are there to affect that 90 degree shift in the 2nd signal? Or is this 90 degree phase shift not canon per the Montauk books?</p><p></p><p>I do see that I have been confusing the issue by mistakenly referring to the 90 degree shift, or the cosine signal, as phase inversion. Phase inversion means specifically a 180 degree shift, and that is not what I intended.</p></blockquote><p></p>
[QUOTE="Sonix, post: 186086, member: 10954"] Thank you, [USER=6456]@TimeFlipper[/USER] . Am I mis-thinking this in thinking that the only difference between audio sine and RF sine is the frequency range? Isn't playing a 432hz tone (for example) to a speaker the same as driving a 432hz electrical pulse along the wire? (Which is not to suggest that the ranges are synonymous in their effect - I know we can't microwave our food with audio frequencies.) In part I am thinking in audio terms because I've found a Digitech RP300A, a programmable effects pedal for electric guitar, and is has a phase function by which I should be able to input a signal (range to be determined) and output 2 signals out of phase with each other anywhere in the range 0-180 degrees. I have a signal generator on the way with range 1Hz-1MHz but expect that the more interesting effects might be achieved at higher frequencies. It is not for amplification purposes that I've been thinking about phase. Per info on the Delta T I've been encountering, including the [URL='https://paranormalis.com/threads/delta-t-antenna-t-e-c.12238/']thread in the Schematics Initiative[/URL], one of the vertical coil signals is run 90 degrees out of phase with the other vertical coil. If this is the case, what means are there to affect that 90 degree shift in the 2nd signal? Or is this 90 degree phase shift not canon per the Montauk books? I do see that I have been confusing the issue by mistakenly referring to the 90 degree shift, or the cosine signal, as phase inversion. Phase inversion means specifically a 180 degree shift, and that is not what I intended. [/QUOTE]
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