WGUGLINSKI writes: Ahead is exhibited a conversation between Mr. Orsobubu, Mr. Joe, and Mr. Guglinski in the Rossi-Focardi Journal of Nuclear Physics, concerning some unsolved puzzles in current Theoretical Physics:
http://www.journal-of-nuclear-physics.com/?p=841&cpage=1#comments
------------------------------------------------------------------------------------------
The puzzle of the proton radius
Helen Margolis, an optics physicist at the National Physical
Laboratory in the UK, remarked in a column for Science magazine last
year: “If the results of [further] experiments turn out to reinforce the
proton size puzzle, then it could become necessary to question the
foundations of the world’s most precise and best-tested fundamental
physical theory, QED itself.”
Another possible implication—yet to be investigated—is that the
proton radius could differ depending on whether it is orbited by an
electron or a muon. If this were the case, it would violate a
fundamental precept of what is known as the Standard model, which is
also derived from QED. The Standard model has been highly successful in
explaining and predicting the existence of sub-atomic particles.
As Pohl and Bernauer write: “The most exciting possibility is that
these measurements might be a sign of new physics that go beyond the
so-called Standard model of particle physics.
https://www.wsws.org/en/articles/2014/02/21/prot-f21.html
The shrinkage of the proton radius is explained in Quantum Ring Theory
In my book THE MISSED U-TURN (to be published yet), it is written in the item entitled The puzzle of the proton radius:
————————————————–
Concerning the puzzle of the proton radius, there is a hope to eliminate
it making measurements via proton-electron scattering. Physicists are
launching a new set of experiments across multiple laboratories.
Another goal is to repeat the scattering experiments, but instead of
shooting electrons at protons they’ll shoot muons at protons. This
project, the Muon Scattering Experiment, or MUSE, is set to take place
at the Paul Scherrer Institute in Switzerland. The facilities there will
allow researchers to simultaneously measure electron- and
muon-scattering in one experiment. The plan is to start collecting data
in that experiment in 2015 or 2016.
According to Quantum Ring Theory, the proton-muon
scattering experiments in 2015/2016 have to measure the proton radius
very shorter than 0,8fm and a little larger than 0,27fm.
The reason why the radius of the proton suffers shrinkage is easy to
be understood, according to QRT. It is because the body of the proton
has the shape of a ring, which is crossed by a flux n(o) of gravitons
g(+). Such flux n(o) captures repulsive gravitons G(-), which form a
gravity field about the proton.
The mass of the proton is caused by the interaction between this
field of repulsive gravitons G(-) and the aether. When the radius of
the proton diminishes, the flux n(o) is reduced, and so it is reduced
the field of gravitons G(-), in order that the mass of the proton has a
reduction.
The reduction of the mass of the particles (due to their binding
energy with other particles) is known in Nuclear Physics as “mass
defect”, and it follows Einstein’s equation E=mc². However it is not known in the Standard Nuclear Physics the mechanism that causes the mass defect.
The phenomenon is explained merely as transformation of mass in energy
by following the Einstein’s equation, but the theorists do not know how
the phenomenon happens.
If the experiments in 2015/2016 will measure the proton radius
very shorter than 0,8fm and a little larger than 0,27fm, it will be a
confirmation for the mechanism of mass defect according to Quantum Ring
Theory.
------------------------------------------------------------------------------------------
.
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
.
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
.
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
.
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------
,
------------------------------------------------------------------------------------------
------------------------------------------------------------------------------------------