frequencies and claimed associations

[Spherenot]

Let us speed things up a bit for faster kicks, if this is what they are.

Continuing to multiply by Phi, (seeded by 7.83 Hz,) thirteen times total we get: 4079.45 Hz.  The values before and after are 2521.24 Hz and 6600.68 Hz respectively.  The average of these three is 4400.45 Hz.  Let us see what a ten second graph looks like.  Am I seeing what I think I am seeing?   

[edit: I will try to attach the 10-second mp3 here, this range is audible.]

[Thaelin]

To your last 2 graphs, 2nd to last shows mostly positive which is towards the goal. Where in the last plot is the zero ref line? In stevens vids he does state that its between  five and six thousand with hash.

If you are mostly positive thats great. Couple that with a tuned tank and you will see many things greater.

There is a really nice sim applet at http://falstad.com/circuit/ that will allow you to mess with coils and see what the outcome will be for ressonace. Can be d/l and used local as well. Great what if for value changes on the fly. Has scope shots on the bottom as well.

sugra

[Spherenot]

Okay, I extended the plot for 100 seconds,? and caught my breath again.  Nothing to see here you lookie-loos, move along. 

[edit: I am attempting to attach the 100-second MP3.  The first 'lower-discontinuity' occurs at about 25 seconds, the upper at about 75 seconds.]

[edit: I tried to zoom into the waveform and saw a mess-o-dots spaced like stars in the night sky.  So, I saved a 10 ms long file and zoomed-in, same resolution,? smaller sky.  Damn it!  The frequency is too high for Creative Wave Studio.]

[edit: With great difficulty I was able to zoom into the 100-second higher frequency waveform by squashing my window vertically and peek through a narrow slit on my screen.  The first 'quadrant,' (0-25s,) showed that positive 'kick' like with the lower frequencies.

However, the second and third quadrants, (25-75s,) showed a negative 'kick!'

The fourth quadrant had positive 'kicks,' if that is what these are.  Probably not.] 

[Spherenot]

I have mixed twenty-four tri-frequency combinations consisting of a middle frequency, identified by the number of times the seed frequency of 7.83 Hz was multiplied by the golden ratio, and it's two adjacent frequencies, calculated in a like manner, for 100 seconds each.

This list below shows the frequency in Hz next to the number of times 7.83 Hz was multiplied by Phi to obtain this frequency.

For example, at 5 'xPhi' the three frequencies are 53.67, 86.84, and 140.50.

Interesting things happen at 5, 9, 13, and 16 xPhi.

[Spherenot]

Okay, this has nothing to do with my 'old-news' frequency mixing analyses.

Steve Mark(s) said, and I wrote it down, that his TPU delivers DC hashed with a frequency of about/around 5 kHz.

Today I saw the attached "Glow Discharge Plasma Panel" sound wave spectrum analysis on the JLN Labs web site: http://jlnlabs.imars.com/plasma/html/s_gdp3.htm

I could not help but notice that the peak frequency looks to be around 5.3 kHz.  (At first it looked like 5.4 kHz.  Then I noticed the logarithmic like spacing of the x-axis units and adjusted my call to 5.3 kHz.)

5.3 kHz is very close to 5 kHz and Steve may have been rounding to the nearest k-value.  What a strange coincidence.

I wonder if any other relationships exist between the JLN-GDPP and the SM-TPU.

I wonder if this has been looked into months ago, before I was aware of this quest.  If so, sorry to tread over old ground once again.

There are a lot of parallel thoughts out there.  If we can stitch together all of the right pieces then we can replicate the SM-TPU.  We just need more monkeys and more typewriters. 

(For those of you questioning my monkey-hood, I have a cramp in my hand and sore fingers from wrapping two coils the other day in a twisted Gunderson failure that I do not wish to discuss.  I felt guilty for not having sore fingers like all the other monkeys.  I still will not feel like a member of the monkey-troop, however, until Santa-monkey brings me an oscilloscope.)