Requesting advice - re: TransVerter -- is it worth replicating?

[PhysicsProf]

This week I've received an email from "Albert" who is encouraging me to build a replication of the "TransVerter".  I've heard of it a little... wondering if any of you will comment.  Do you know Albert or Hector Torres?

Also, does anyone have an interest in building this device?

Here's the email, followed by another one today:

1.

Dear Steven,

Many thanks to consider seriously replicating the TransVerter ZPE reactor where the best intellectual weapon to prove scientists & engineers that ZPE engineering is a reality consist to have multiple independent replication worldwide following open source instructions & teachings provided by my channel:
http://www.youtube.com/user/selfonlypath

For your info, there is an anonymous university in Europe with an anonymous Professor of EM physics who started replicating the reactor, this scientist is a friend but has required to stay anonymous for safety reason as of today.

Please know that I've set up a worldwide private R&D team, Hector D. Perez Torres from Puerto Rico, Dan Combine from Belgium and some others.

I'll let Dan give you appropriate guidance or spec regarding half H-bridge and full H-bridge drivers so you can build same circuit as Dan & myself in our respective private lab.

About reactor fuel, I suggest you buy 2 of each models from this UK eBay seller:
http://cgi.ebay.fr/Inverter-Assembly-for-Panasonic-Microwave-E606Y4V00BP-/350074363747?pt=UK_BOI_Electrical_Components_Supplies_ET&hash=item51820edf63#ht_1810wt_757

http://cgi.ebay.fr/Inverter-Assembly-for-Panasonic-Microwave-Z606YM300BP-/350038684098?pt=UK_BOI_Electrical_Components_Supplies_ET&hash=item517fee71c2#ht_1565wt_757

You would then have 4 PCB: 2 PCB of E-core type (first link) and 2 PCB of C-core type (second link).

The instructions to deconstruct each PCB are open sourced in my channel, please be careful with these special ferrite that can easily break:
http://www.youtube.com/watch?v=kyWXi1TCn7w
http://www.youtube.com/watch?v=xbK0-AZnFfQ

Then you would need a double channel frequency generator to feed the H-bridge either in full or half mode.

Right now as explained in my private yahoo group, Michael is a member so he can testify, i'm getting more than 2KVARs, probably 4 KVAR's circulating reactive power through ferrite reactor with only 12-14W input. It seems even Hector Perez Torres, the inventor of TransVerter & RotoVerter never got such a high anomalous gain.

About not being debunked, the real difficulty and nightmare, it is still an issue with the european university and with 99.999% on ZPE results published on the web, the issue is defining a TEST PROTOCOL impossible to be debunked proving an anomalous reactive power nonlinear amplification.

Besides you start ordering the parts & building the reactor, it would be nice you define how you plan to proceed in power metering the anomalous gain having in mind that coupling with vacuum is only done by nonlinear reactive process and as you know, nonlinear periodic signals are really tricky to power meter correctly.

Please note that I've a Ph.D. in EE from USA and i've been working as EE engineer in french military industry (I'm 48 years old) so I used to have access to these special very expensive equipment but not in my private lab at home due to lack of funding.

Maybe you also know advanced EM physicist Dr Terence W. Barrett, he is a personal friend providing me guidance to not be debunked, we also had private discussion of how to model the ZPE coupling... He lately suggested to put the TransVerter inside a Faraday Cage to prove it does not scavenge energy from RF ambiant. I have to add that your offer to measure special rays & radiation is of extreme importance but it would also be of high interest to make crystallographic analysis of these panasonic ferrite to estimate the alloy.

Lastly since Dan is moderator of my restricted yahoo group, i'll let him decide if you could join it:
http://groups.yahoo.com/group/tantratron

If you like, we can also arrange skype teleconf, please find my skype identification: SELFONLYPATH

Amicalement, Albert

2.  Email from a few hours ago:

Bonjour,

Detailled explanations on ferroresonant Transverter theory and practical tuning.

Tuning parameters are NOT optimized in this video but probably live WORLD record of obtaining more than 6000 VAR (reactive power) using less than 20W input with Panasonic ferrite inverter MWO rated 1200 Watts (4KV @ 300mA).

LETHAL experiment WARNING

http://www.youtube.com/watch?v=q2sleAPI_2k

Risk of death (high voltage / high current), overheating and mechanical explosion.

Peak voltage: +/- 3KV (100x probe + capacitor voltage divider by 2)
Peak Amperage: +/- 2A (1x probe + vishay resistor probe 0.1 ohms)
LC tank coil inductance: 36mH
LC tank capacitor: 2 x 8.2nF in serie (voltage divider by 2)
Voltage input: 137VDC
Current input: 137mA
ZPE-factor beyond 320

P.S. Barkhausen noise will be clearly audible during the video.

Transverter reactor topology can also be considered as ferroresonant ZVS Switched Mode Power Supply (SMPS) or ferroresonant Boost-Buck SMPS with anomalous power amplification effect.

LETHAL experiment WARNING

Amicalement, Albert

[Slider2732]

Yes, heard of this, but am not personally acquainted with Hector et al.
Was reading Ashtweth's site recently about it:  http://www.panacea-bocaf.org/rotoverter.htm

My immediate problem was found to be the signal generator. Having recently made a bodge purchase of $160 on what amounts to a PC soundcard   instead of a signal generator.
I sidled sideways away from replication thoughts (didn't have enough info on the Ebay advert, or online in searches, to know that the signal generator bought on Ebay was only for audio ranges).

I do hope someone with more equipment will tackle this one !

It would probably be worthwhile, if someone has access to a number of microwave ovens or is on a good Freecycle list for such parts.
57 UK pounds per piece on the transformers could be dropped significantly using good quality salvaged items.
Also, greater familiarity than most with build and test equipment would be called for during the replication. Electrical safety is paramount as well as being able to fully appreciate in data form the purported results obtainable.

[mbrownn]

Yes this is interesting but I too don't have the equipment for this

[Allcanadian]

@slider2732

My immediate problem was found to be the signal generator. Having recently made a bodge purchase of $160 on what amounts to a PC soundcard   instead of a signal generator.
I sidled sideways away from replication thoughts (didn't have enough info on the Ebay advert, or online in searches, to know that the signal generator bought on Ebay was only for audio ranges).

I think Im going to order a few of these, http://www.goodluckbuy.com/ad9850-dds-signal-generator-module-circuit-diagram-.html?&sl=en
http://www.goodluckbuy.com/udb1003s-with-frequency-sweep-function-3mhz-dds-signal-source-signal-generator-with-60-mhz-frequency-module.html

Regards
AC

[Slider2732]

Hmmm, looked at those sort of devices when I made the mistake, but had no idea what I was looking at.
How are those sig gen circuits hooked up ?

[Allcanadian]

@slider2732

How are those sig gen circuits hooked up ?

The first one is connected to a microcontroller such as the arduino uno $18, the second is a stand alone unit. Microcontrollers let us do some neat things very easily, for instance if I want an intermittent signal then I use one PWM channel to control an external oscillators frequency and another output channel to turn the oscillator on and off. The hookup takes 5 minutes and parameters can be varied on the fly versus building a stand alone circuit which could take hours.

Regards
AC

[Slider2732]

Thanks.
I'm very comfortable with Eprom's, built an 8 bit sample player and have burned new PacMan ROM's etc for arcade machines, but PIC's and Arduino's are new. Can certainly see what you are saying about their broad usefulness and they would seem to offer more with software programming than any 555 type route.
I'll keep those things in mind now....now as I know what they are