I had written a email too to Prof. Susskind at this August but not got
a reply. Maybe I did not well expressed my thoughts.
It based on my observation of easy magnetic moment flipping of a
spinning magnet without flipping its spin. On electrons angular momentum
and magnetic moment are hardwired and always antiparallel and in
positrons are parallel. However I still see a possibility of 'excited
state of electron' where they can be parallel under certain circumstances.
Bob Cook
<https://www.mail-archive.com/[email protected]&q=from:%22Bob+Cook%22>
Sun, 01 Nov 2015 20:30:56 -0800
<https://www.mail-archive.com/[email protected]&q=date:20151101>
H Ucar--
I may have responded to your original question in the context of low energy
nuclear reactions (LENR) and not what I believe to be in the realm of particle
physics. I did not realize the focus of your question about particle physics,
instead answering the comment you made—
“Stability is basically provided by Mathieu eq. so there would be no 'new
physics', I think. OTH, it provide new solutions to magnetic levitation by
achieving stability on six degrees of freedom. I would like to have your
suggestions on how this work woud be benefitable.”<
I did write an email to Dr. Susskind at Stanford related to spin coupling and
magnetic moments of components of a coherent qm system, which is copied
hereinafter:
