Bloch wall disconnect and reconnect. The final design!

[bw]

GK this short video has Don Smith showing 604Joe his plasma tube coil.

http://www.youtube.com/user/604joe#p/u/4/xBF8VPYGl-g
I got two emails from 604Joe explaining that he was the ground in the video
and he said try using a bus bar instead and put a meter hitting the bus bar and
hitting coil spark flare.  He said "earth ground has negative charge so bus bar
allows for higher amperage current".  He also mentioned Don was not in good
shape when they met and he believes he passed away since then.
This video was removed a few days ago and I found it today back up.

h

[bw]

the above video also had two comments that may be helpful here.

[bw]

Consider this,  ambient is easy to disturb so tiny power is enough to disturb it 38,000 times every
second with nst.  this disturbance also slams back to ambient 38,000 times every second, with power. 
The nst just pulls the rubber band tight, power is available as the rubber band returns back to rest position.

[giantkiller]

Yep! No truer words spoken, Dude! Flux disconnect and reconnect. Smith, Kunel, Magnecoaster, Kapanadze.
I am working a spreadsheet to extract the winding lengths to wavelength divisors from Don's Ring picture. I start with his 35.1khz and run those findings into 38.5khz which is my NST. With this I can get an idea of the wire length by the height of the core also as a cross check. It seems to be ringing true.

But I am also starting to get the suspicion that it is not necessary. Looking for the common denominator in his wavelength to wire length configurations. I can see where the wirelength greater than wavelength fits, but the wavelength multiple lengths longer is where the short windings are the area I'm am looking at. If the wire is shorter you only get a percentage of the startup cycle which looks like a DC short.

http://www.enigmatic-consulting.com/Communications_articles/EnMnofields/No_time.html

http://home.comcast.net/~olneytj/wavecalc.htm

Consider this,  ambient is easy to disturb so tiny power is enough to disturb it 38,000 times every
second with nst.  this disturbance also slams back to ambient 38,000 times every second, with power. 
The nst just pulls the rubber band tight, power is available as the rubber band returns back to rest position.

But on the other hand if we work with resonance the pushing system gets out of the way for the collapsing system. When the wire lengths are such that we can heterodyne harmonics into the push then the heterodyned effort should report back even greater. I learned this from the HOPI indian tribe. A form of synergy...

[bw]

Giant,  The wirelength Don uses on one device was ten feet.  I found this calculator.

http://www.csgnetwork.com/freqwavelengthcalc.html

I knew I didn't want to wind 25,558.44155844156 feet of wire so I divided by two then that by two
and kept going until I got to around 12.48 feet.  I made coils that length, then half that.  I don't know
if this is correct.  I also tried ten foot coils.   I could be a million miles off here, let me know.  I'm not so
sure length matters so long as L1 coil and L2 coil are the same length or 1/2, 1/4, etc of other coil.  Maybe
it's like the tuning fork and the hammer, the fork cares less about the size or shape of the hammer, it will
ring at it's frequency and so will the L2 fork if it is near and on the same frequeny or an octive (1/2 wave)
up or down.  I don't know if any of this is right but I did sleep at a Holiday Inn last night.

Thanks for the 1/4 wavelength link.  More magic there.