----- Original Message ----- From: Horace Heffner <[email protected]> Date: Saturday, September 5, 2009 4:48 am
> > Again, I say watch the videos: > > http://www.youtube.com/watch?v=A2XBPzxXtJk > > http://www.youtube.com/watch?v=3cllaQFkxQQ > > The effect of the current is to slow down the stainless steel > motor. > Further, the magnetic motor performs well at higher rpms. A heat > driven motor would perform worse as rpms increase because it > requires > more energy to heat and cool the balls and races per second. The > time to both heat and cool diminishes with higher rpms and both > must > happen each cycle for expansion to drive the bearings. I'm not saying expansion due to heat is playing role. > Further, > there > is evidence of a back emf. Heating will not provide that. I know. My point is that heat may enable the rotation by reducing the back emf as predicted by lenz's law. > Sure, heating may play an insignificant role. So insignificant it > can't even be observed to increase the spin down time at slow or > fast > rpms. Therefore it is necessary to provide an electromagnetic > explanation. > > It is also true that I haven't ruled out telekinesis, gravity, > magic, or any number of other things. However, I've done a lot of > playing around, a lot more than on video, and it is my opinion that > > all indications are that the effect is electromagnetic for all > practical purposes. I do have a number of additional experiments > coming along soon, but none aimed a thermal expansion testing > because > that looks to be a waste of time. Anyone who thinks that is a > reasonable theory to pursue can do so at a fairly nominal cost. > Harry
