Tesla Technology , these are a MUST SEE videos from Borderlands.com

[sulake]

Hello,

Dr. Konstantin Meyl from Germany claims in one of he's writings that he can proove:
1.wireless transmission of electrical energy
2.reaction of the receiver to the transmitter
3.free energy with an over-unity-effect of about 10
4.transmission of scalar waves with 1.5*c
5.the inefficiency of Farady cage to shield scalar waves
(http://www.scientificexploration.org/jse/articles/pdf/15.2_meyl.pdf)

all this can be prooved with his demo-set. Has anybody had the joy to test/see this Demo-Set in reality?


http://www.etzs.de/onlineshop/product_info.php?products_id=6

Does anybody have the circuit diagrams and the dimensions of the coils?
I would be pleased to the 10* over-unity, totally!!
This "demo-set" shows everything Tesla had.

And if you have info on this, could you give the source for that too...

It's a shame that most of he's writings are German language sence I think not many of the Americans understand that either.. (me either, finnish,english&swedish)

[Charlie_V]

I've never heard of him.  Yea an over-unity of 10 would be great!  However, I wouldn't pay money for that kit.  Sounds to me like hes trying to run a scam. 

[Charlie_V]

I read that little paper Dr. Meyl wrote about his experiments.  Unfortunately I don't think he is seeing longitudinal waves.  The effects he makes are very real but he is explaining them wrong.  Figure 3 is a wrong interpretation of the capacitance interaction between the transmitting and receiving Tesla coils.  The electric fields will not interact like that unless very close.  At a distance, they will only interact with the ground (running from the ball to the ground) - refer to my figure 1 drawing. 

His LED experiment does not verify longitudinal waves, it actually verifies single wire transmission via a resonant cavity.  When the transmitter LED is off, the receiver is on.  The voltage and current are 90 degrees out of phase, showing that the transmitting power is mostly reactive (if it were real power, he would be losing some in radiation at the antenna and along the line - by line I mean ground).  The secondary circuit of the receiver is converting this reactive power to real power, which is why he sees the LED at the receiver glowing and the LED at the transmitter off. 

When he disconnects the receiver, he is cutting the ground connection, destroying the resonant cavity (the ground connection between the two antennas, and the antennas themselves, make up this resonant cavity), and shifting the phase to a real power value.  When he brings the frequency down, he is finding another resonant peak where the cavity's voltage and current are in phase.  This will produce radiation which can be shielded but will have the ability to power the LEDs as long as the receiver is close.  Otherwise, as in the earlier case, he cannot shield the electrical wave because it is being transmitted through the ground and not through the air. 

http://www.ycars.org/EFRA/Module%20C/tloc.gif
This website shows what happens when a pulse is placed on an open wire.  This is basically how the electricity flows in the ground connection between both coils.  However, the antennas and ground are a resonant cavity (as stated earlier) which will allow the reflected waves to bounce back and forth, adding to the incoming waves and "magnifying" the voltage of the coils.  He is also wrong by saying that it is the electric field feeding the LEDs.  It is really the magnetic field collected by the secondary coils of the receiver that power them. 

He mentioned that the near field does explain these effects, but they cannot explain them at a distance.  It is the ground connection that allows these near field effects to be transmitted to the receiver.  There are no longitudinal waves here, they are transverse but are traveling in a most peculiar way.

You do not necessarily need the ground connection all the time.  There are methods of collecting the power using the magnetic field of the antenna itself (through the near field if you will) without having the waves travel through the ground.  You would be very restricted by the distance from the transmitter.  These are accomplished by making an LC circuit with a very high quality factor.  MIT is currently experimenting with this and hopes to one day allow cell phone recharging without the need to "plug in" the device.  What they don't know, is this little ground line transmission trick.  If you used that, then your cell phone would recharge anywhere along the ground between the two Tesla coil antennas.   

You should also be able to collect energy from the earth's electrostatic field.  So yes, this method could be used as a generator - and would probably be way more efficient than a solar panel, working both day and night as well!

[sulake]

Thanks for the explanation Charlie,

what is your explanation on the story where Tesla powered a Pierce-Arrow touring car with a free-energy. The device is described:
The box is said to have been 24 inches long, 12 inches wide and 6 inches high. Out of it protruded a 1.8 meter long antenna and two ? inch metal rods.
The full story is here:
http://www.evworld.com/article.cfm?storyid=1062

What was the function of the two metal rods? Maby those where doing something like in this unknown video:
Free energy elemental rod generator video -part1
http://www.youtube.com/watch?v=l9xiGhVeLEY
Free energy elemental rod generator video -part2
http://www.youtube.com/watch?v=T5DROp3F3fA

Any guesses what the materials are in the rods? Other has one substance more and that makes it the positive rod.
The rods are so small, that induction is out of question. I just can't think any way that that is a hoax.
Any comments on that video? Who's the guy in the video, i'm pretty sure he's American?

[Rosphere]

That first video was funny.

"...It's just a wooden frame, with an automobile switch that turns it off and on, and I put a glass jar cover over it to protect it."  So far so good.  I can do this.  Then, "...one compressed rod is made of 73 elements and the other is made of 74 elements."  At this point, if you are not crying, you should be laughing.

Then the cameraman has this poor guy twisting and contorting all over the place so that he can get the right camera angle.  When he finally gets what he wants, he can not focus the camera.  What a hoot.

I can not wait to see the second half.  Thanks for that!