Giantkiller moves forward into Full Heterodyning.

[giantkiller]

@localjoe,
Excellant find. It is information like this that makes me revel in awe.
Also there are 12 tribes of Israel.

It is good to know the right history, eh?

--giantkiller.

[Localjoe]

Just more peices to the puzzle eh     i had to share with you once i found that .. hope hans has a chance to see as well.
                                                                          Joe

[sparks]

  I would hazard a guess that the arc was activated by intonation and direction to activate the oscillations to manifest across the wing tips.  Man has been educated so many times that the ancients must be getting kinda bored with our birdbrains.
 

[aleks]

Well, this 'ancient' data is really is unuseful. I bet God don't want to step the same route twice. Your ancient alphabets and sounds won't work if the universe changed its tunage - this may happen. One of the problems is that somebody may want to try to fool the God due to limited understanding but a lot of beliefs - this is what is happening on the Earth now I think. God dictates, we obey. Somebody don't want to obey. Sorry, just a couple of thoughts.

[Feynman]

Sorry, this might be a little off your guys topic at the moment, but I want to make a cross-post about these logic chips to make sure everyone knows they exist and where to get them.

Logical Heterodyning:

Basically what we I realized is we can easily make an underlying square wave which has sections cut out of it.  This is identical to Meyer's method of electrolysis, only digital. So that means we can describe PWM with two waves.



a carrier wave:  This is the higher frequency of the two waves.  It appears to be 50% duty cycle.

a modulation wave:  This is the lower frequency of the two waves. From Meyer's patent diagram, we can see the modulation wave appears to be 2/5 the frequency of the carrier wave.  Additionally, the modulation wave has a duty cycle of 60%.


Let's put the pulse width details aside for a moment, and get back to pure square waves.  We can make these gated pulse trains synthetically, using digital logic.  It can be done simply with two programmable oscillators coupled with a high-speed AND gate.


(this is just an example, it's not same frequencies as Meyer)

The carrier wave is the higher frequency source wave. The PWM wave is the modulation wave.  They are being combined via a simple AND gate.  The carrier wave goes into one side of the AND gate, the modulation wave goes in the other side of the AND gate, and the output is the multiplexed wave shown above.   So basically, with two frequencies going into an AND gate we can replicate the 'pulse train' bunches.

Meyer's electrolysis (reconstructed by Feynman):

carrier wave: 48khz
modulation wave: 16.8khz     (2/5 of carrier).

...I believe these are similar to the frequencies he was using to split water.


So the $1million question is, wheredo we get AND gates fast enough to switch kHz and mHz?   Well, turns out it's harder than it sounds, but I have found a solution!   

Introducing the 74G08 high-speed gigahertz AND gate, from Potato Semiconductor.  These guys make the fastest logic chips available.  It's just a simple AND gate that has rise  time under 1ns and can switch up to 1.1Ghz.






You can get these chips on ebay for about $1 apiece.
http://cgi.ebay.com/7408-G-Series-GHz-TTL-CMOS-logic-IC-14pin-SOIC-QTY-10_W0QQitemZ330223129020QQcmdZViewItem?IMSfp=TL0803270830a24281


PS
If this subject interests you, you can msg me or read my cross-post here:
http://www.overunity.com/index.php/topic,4489.msg90598.html#msg90598