6/6 Addendum to Steorn’s Orbo Electromagnetic Interaction COP greater than 1
Addendum to our video “Steorn’s Orbo Electromagnetic Interaction COP greater than 1” Join the SKDB to develop your own Orbo technology applications.
Experiments, inventions, patents, …
Addendum to our video “Steorn’s Orbo Electromagnetic Interaction COP greater than 1” Join the SKDB to develop your own Orbo technology applications.
In these videos Steorn examine COP and show that it is greater than 1. Filmed on on Tuesday 12th January 17:00 GMT at the Waterways Visitor Centre. Orbo – COP It has been shown that…
Develop Orbo technology through the SKDB! www.steorn.com The first of a series of talks from Steorn explaining Orbo technology. In this experiment it is shown that a Orbo electromagnetic interaction experiences no back EMF.
Understanding the basics of counter/back EMF. First module from the Rotating Electromagnetic Systems on-line e-Learning suite at Steorn SKDB. Sign up to SKDB Lite for free at www.steorn.com.
Please review my previous videos on this topic, and also see Charrier’s video explaining his 2012 paper in Applied Physics Letters 101 and showing his apparatus here: I revised the suspension to conform to…
Conveyed to PESNetwork, Inc. by David Chi on July 7, 2010 See explanation at pesn.com
Continuing with testing the Charrier electromagnetic thruster for interactions with local environment. This is just a short overview of some of the setup items. Real testing will follow in another video. Apparently Charrier stimulated…
A supplement to the previous video. Testing a couple of different orientations wrt the local field. The suspension wires are illustrated. Coil parameters appear at the very end of the video. I’m still driving…
Testing for local interactions Coil parameters: TK’s: R = 11.3 Ohms, L = 10.81 mH, R/L = 1046 Hz, total suspended mass 91.10 g, pendulum height = 30 cm, 750 turns of #27 enamelled…
Conveyed to PESNetwork, Inc. by David Chi on July 2, 2010 See explanation at pesn.com