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—
>“Stabilit
RE: [Vo]: Conventional dense hydrogen and LiH6Jones--
Have you seen any data on the dimension of the dense hydrogen nuclei in the Li
or Iron alloy?
The Li lattice dimension may be smaller than the corresponding Fe dimensions,
and, if the hydrogen clusters occur inside a lattice cell of Li, the
Axil, that was very well said but you still seem unwilling to turn the next
page! You stop at the examples of observers accelerating toward or away from
each other with an assumed baseline of zero velocity. We know that relativistic
effects are difficult to produce this way because C and dV are
Of interest: An unrelated string of experiments which are parallel to Holmlid
but different, in approach, has been located. The chief investigator is Swiss -
Charles Pépin
https://tel.archives-ouvertes.fr/tel-01204564/
Surprisingly both iron and lithium figure into his approach – which is a “brut
I wrote:
“On the latest videos the magnet orbit plane slowly rotates. It appears a
precessional effects and this rotation rate directly affected by presence of
magnetic field on Z direction. If this magnet supposed an electron this slow
precession correspond to Larmor precession.”
On the latest
Bob Cook--
I had watched Suskind lecture and induced me many questions. Overall the
electron spin defined in qm is minimalist and may not serve to model complex
magnetic interactions like in this magnet experiments. First of all electron
spin is used both define its angular momentum and its magn
Hamdi,
Does the rapidly rotating field have any kind of effect on a flame?
What I was thinking about was possible charge separation – as in MHD.
From: jjam...@gmail.com
I am conducting experiments on keeping pm magnets in air by interacton of a
rotating magnet driven by small d
Reminds me of this:
https://www.youtube.com/watch?v=VylZJrep1MM
regards.
On Mon, Nov 2, 2015 at 7:26 AM, jjam...@gmail.com wrote:
>
> I am conducting experiments on keeping pm magnets in air by interacton of
> a rotating magnet driven by small dc motor.
>
>
> Stability is basically provided by M
H Ucar--
The Leonard Susskind lecture on the nature of electron spin in a magnetic field
is instructive. See the following link to Susskind’s series of lectures at
Stanford Univ.
https://www.youtube.com/watch?v=ZCymP87zFwc
Susskind presents how electrons can respond in a magnetic field to
I am conducting experiments on keeping pm magnets in air by interacton of a
rotating magnet driven by small dc motor.
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 de
Conventional dense hydrogen and LiH6On additional idea regarding dense H
consisting of Cooper Pairs in a BEC---a pair may be induced to capture an
electron to form a D particle and the proximity of D’s in a lattice of Li
(and/or other metallic lattice) may form an alpha with release of a large
Conventional dense hydrogen and LiH6It’s not apparent what is unique relative
to a Li lattice and a Ni or Pd lattice as to the ability to form local metallic
structures with lots of H—dense H.
If a local magnetic field is important in aligning H nuclei so as to form dense
H, Ni and Pd may be
http://egooutpeters.blogspot.ro/2015/11/01-nov-2015-lenr-almost-sunday-lectures.html
I want to call your attention to Igor Ponomarev's book
All the best, my friends!
Peter
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
Several typos:
if we look at the use of LAH7 …
(should be LAH4)
More on dense hydrogen…
Lest we forget, there is a known branch of physics/cosmology that deals with
dense hydrogen. In this case, dense hydrogen is the cold liquid metal which is
thought to be found all over the Universe on cold, giant gas planets like
Jupiter, under extreme pressure. Here is
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