Search articles from thousands of Examiners
Write for us
New York Gadgets and Tech Breakthrough Energy Examiner
Breakthrough Energy Examiner

Pyrazo Device harvests RF+ oscillations

July 27, 7:01 AMBreakthrough Energy ExaminerSterling Allan
2 comments Print Email RSS Subscribe

Subscribe


Get alerts when there is a new article from the Breakthrough Energy Examiner. Read Examiner.com's terms of use.
Email Address


  Include other special offers from Examiner.com
Terms of Use

Inventor David Robert Morgan presents plans online for a technology having likeness to Tesla's Pierce-Arrow and T. Henry Moray's devices which harvest radiant or oscillating energy freely from the environment, whether natural or man-made.  The circuit also appears to have frequency and/or noise cancellation capabilities.


Inventor, David Robert Morgan, presents the Pyrazo circuit which is an electronic circuit that is designed to attract oscillations from an oscillation source. It does not create energy, but rather it absorbs energy.

It works by generating an extremely high voltage spike during the peaks of the oscillation cycle. This voltage spike is of a polarity that attracts the photons of the signal.

The device can also be connected to mechanical devices capable of converting oscillations of any type to electrical oscillations, such as speakers. When used with in combination with a speaker, it will draw in sounds from great distances. It generates a canceling wave and it can be used to eliminate unwanted sounds or radio signals.

"Tesla's Pierce Arrow device and Moray's devices might no longer be lost to history! The bad news is that the plans are not for sale. The good news is that they are posted right on the [web]." -- David Morgan, July 26, 2009


How it Works

The signal is routed through the primary of a transformer for the first quarter of the oscillation cycle until the first peak of the oscillation. At that point (pi/2 radians) the current through the primary is interrupted, which causes a voltage spike in the secondary due to the collapsing magnetic fields. The collapsing field of the secondary is shunted back to the antenna where it pulls the signal in the same direction that it is currently moving. In the full duplex version of the device, the process is repeated for the signal moving in the other direction.

Similarities to Tesla's Pierce Arrow Device

Tesla's pierce arrow device contained 12 vacuum tubes, which is how many the full duplex version of the pyrazo device uses. Theoretically, the pyrazo device would have been able to power an electric motor designed to run at 60 Hz with no power inverter if it were tapping into the 60 Hz high-voltage power lines.
Similarities to Moray's Research

The half-duplex version of the Pyrazo device made with krytron tubes, and tuned for 5.454 MHz would resemble the accounts of T. Henry Moray's device in many ways. It would power resistive loads placed in series with the antenna. It would, if left unrectified, cause the distinctive glow in the light bulbs that was observed. If left at a high frequency and voltage, it could use fine gauged wire while running very cool. Also, there are multiple accounts of Moray having a sound amplification device that could amplify sounds from a distance of several miles.


Circuit

To see the circuit and other relevant links, see our feature page at http://peswiki.com/index.php/Directory:Pyrazo_Device 

# # #
 

See also

PESWiki.com pages:

 

Comments

Name:


Comments:
characters left

NOTE: Do Not Alter These Fields:

Recent Articles

Thursday, November 19, 2009
Inventor Raphial Morgado has been invited as a guest speaker a the Oregon chapter of SAE to discuss and demonstrate his Massive Yet Tiny (MYT) engine. …
Saturday, November 14, 2009
A Louisiana company announced Thursday that they are in process of releasing plans for building a water fuel cell that produces enough hydroxy gas …

Things to see and do

Frogs: A Chorus of Colors
21 Nov 2009 - 10 am
American Museum of Natural History
More art »
Butterfly Conservatory
American Museum of Natural History
Charles Dickens's A Christmas Carol
Morgan Library and Museum, The