Negative resistance via pyroclay.com material ?

[hartiberlin]

Here is an answer from user RandiantNRG, who has in this moment problems to post:

For some reason I can no longer reply on the thread??...Anyway, I can see the RF field with my scope, it appears when i bring it in close, if it was RF going into the neon I would imagine that being right next to the HV lead would make it light up??...anyway I have some done a couple other tests that show it isn't the EE explanation. But I truly don't care what others think.As for the motor test, yes 119VAC@.45amps was true RMS into power supply, As for the 27V that was on the lil motor. the big motor had slightly less, I can't tell you exactly, but it's wattage was less then input, so my theory on asymmetrical geometry seems to hold water.(as the lil motor had a COP>1). Anyway I am getting tired so i am gonna pass out.

[hartiberlin]

Ups,seems I had clicked the lock button on this thread, now it is unlocked again.
Sorry about this.
Regards, Stefan.

[armagdn03]

If you have not done so already, I would check out JNL labs, you can search for it on google, and check out his replication of this. (if it can be called that since he did it first!) it looks almost like you stole his model and passed it off as your own its so similar!

But you should make an antannae for the neon discharge lamp, make one that is tall, and one that is very capacitive. Will the vertical arial collect more energy or the one with more surface area? this is very important to figure out.

[RadiantEnRg]

Ok....first thing first...I never claimed it as mine....It's an Avremenko Plug...a russian patent based experiment, you can find it here   http://jnaudin.free.fr/html/afep01.htm

Secondly I came here to show you guys what I did with my arc test....No need to imply things...(never remember claiming anything other then it worked)


Well here it is  http://www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6THY-4CYPXP3-V&_user=10&_coverDate=11%2F15%2F2004&_rdoc=1&_fmt=&_orig=search&_sort=d&view=c&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=06c2a6bc1ae3d0e97a7fdbc24994a612

It's exactly what I did..The clips I were using were stainless....and the plasma is in that beautiful spark of mine. The reason that a small 30v power supply worked....that's the tricky part, It goes like this...what have I told you about my experiments....1. The power supply puts out pulsed DC...a saw tooth wave.....2.The circuit is pumped through a bifilar toroidal choke(which shelters the lil transistor...from the BEMF of the microwave transformer....The BEMF is the one that is really sparking over and making the arc.....after all it's infinite...well there it is.....do me a favor and please don't point fingers it's not nice!!

[RadiantEnRg]

If you have not done so already, I would check out JNL labs, you can search for it on google, and check out his replication of this. (if it can be called that since he did it first!) it looks almost like you stole his model and passed it off as your own its so similar!

But you should make an antannae for the neon discharge lamp, make one that is tall, and one that is very capacitive. Will the vertical arial collect more energy or the one with more surface area? this is very important to figure out.

"But you should make an antannae for the neon discharge lamp, make one that is tall, and one that is very capacitive. Will the vertical arial collect more energy or the one with more surface area? this is very important to figure out"

Regarding this...according to Bedini/Bearden it is all about R...native R, meaning the resistive nature of the antenna as a whole....so the geometry plays a BIG role...so a lot of surface area is great...but also being a thin wire is great too....Radiant is said to increse with impedance