Pulsed DC Transformer with Embedded Magnets

[IotaYodi]

If two opposite phase dipoles lie along the same line they make up a Linear Quadrupole source. A tuning fork is a good example of a linear quadrupole source (each tine acts as a dipole as it vibrates back and forth, and the two tines oscillate in opposite directions). What makes the linear quadrupole interesting is that there is a very obvious transition from near field to far field. In the near field there are four maxima and four minima, with the maxima along the quadrupole axis about 5dB louder than the maxima perpendicular to the quadrupole axis.

http://paws.kettering.edu/~drussell/Demos/rad2/mdq.html

[ltseung888]

Wang Shen He Devices

Mr. Wang sent me the following photos.  Mr. Lee Cheung Kin and I helped to promote him in 2006 at Tsinghua University, Beijing.  He got funding from the Chinese Government and State Electricity Companies.  He asked us not to promote him any more as all information became classified.

He recently sent me the photos and stated that those interested should contact him directly.  His email address is: wshsdfm200808@126.com.

I believe that the principle behind his device has not changed.  The special feature of his device is that no starting battery is required.  A slight twist from the hand is used to start the device.  The device uses coupling of ferro-liquid and permanent magnets.

Google Wang Shen He or Wang Shum Ho for more detailed information.

Please email him directly for any technical or business information.  Thank you

[XS-NRG]

HOLY SHIT 

I am going to replicate this.

[poynt99]

Poynt,

Thanks for the comment.
I'm sure if you resonate a transformer in your spare time, you will find a non-linear effect on the output.

Best Regards,
                    The Observer

What you have shown through those scope shots is quite normal. I trust you understand that? However, voltage levels alone do not provide an indication as to the power levels in the system.

In order to verify if you have truly achieved a gain in energy (or power), you will need to place a load on the secondary, and then properly measure both the input and output power levels.

.99

[XS-NRG]

What you have shown through those scope shots is quite normal. I trust you understand that?

.99

No he doesn't have a clue.
THey both don't understand what they are talking about.
2 bad