Re: [Vo]:Magnetic Spin Vortex

2017-10-17 Thread Brian Ahern
I am intensely interested in this topic from my experience with Arthur Manelas. His electrically insulating ferrite billets somehow produced charging of a lithium ion battery bank ay 165Volts. I welcome all discussions as to get this going again. From: Axil

RE: [Vo]:Magnetic Spin Vortex

2017-10-17 Thread bobcook39...@hotmail.com
Jones— Yes to all your questions IMHO Bob Cook From: JonesBeene Sent: Tuesday, October 17, 2017 10:05 AM To: Vortex List Subject: [Vo]:Magnetic Spin Vortex Quantum spin (nanometer level and below) is always in motion, and the anomaly

RE: [Vo]:Magnetic Spin Vortex

2017-10-17 Thread bobcook39...@hotmail.com
Angular momentum is a vector quantity and in QM has kinetic energy associated with it. The middle ground is that thermal energy (orbital energy in QM theory associated with nuclear and atomic/molecular coherent systems) when made available through a change of potential energy to kinetic energy

RE: [Vo]:Magnetic Spin Vortex

2017-10-17 Thread Chris Zell
Quantum spin (nanometer level and below) is always in motion, and the anomaly would be lack of motion - yet at the micro-level self-generated spin as angular momentum would imply “perpetual motion” if it were a reproducible and “harvestable” phenomenon. Is there a middle ground OK, here’s my

Re: [Vo]:Magnetic Spin Vortex

2017-10-17 Thread Axil Axil
https://www.youtube.com/watch?v=UIlijUSJMmg=488s Start video at 8:00 to save time. Rare earth magnets produce spin because these types of magnets produce anisometric (unbalanced) magnetic field lines. An electro magnet does not produce spin because it produces isometric (balanced) field lines.

[Vo]:Magnetic Spin Vortex

2017-10-17 Thread JonesBeene
Quantum spin (nanometer level and below) is always in motion, and the anomaly would be lack of motion - yet at the micro-level self-generated spin as angular momentum would imply “perpetual motion” if it were a reproducible and “harvestable” phenomenon. Is there a middle ground? There are a