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In QM all
appearing mathematical problems
are solved using spinless elementary particles!
In
QM complex math is used
with all characteristics given by the so-called
Hilbert-space.
In
QM all elementary particles are described mathematically using a
4D-spacetime position which gives the position of the so-called particle.
All characteristics of this particle are given by the
QM
so-called state-function.
It is often assumed that spin, i.e.
intrinsic angular momentum, is described
mathematical by a vectorbundel which has to be extracted from the
QM state-function of this particle.
A simple SR analysis shows spin can't be explained with the
QM
state-function with a vectorbundel integrated over all space around the
mathematical position of this particle.
This is why in
QM spin
is called
intrinsic angular momentum,
but is NOT understood
using a SR description. In
QM spin
is used ad-hoc
completely!
QM Point
particles are able to reach exactly the same
space-time position.
This is why divergences occur in
QM which result in many
mathematical problems which are most easily solved introducing
unknown spinless particles!
In
QM the
ad-hoc
used
spin
requires
far too little
requirements. In the
standard model of
QM an assumed elementary
particle with
spin s
= 3h,
with
h
Dirac's constant, or any elementary
spinless
particle are all allowed in the ad-hoc
used
QM without any problems!
In this way all
mathematical problems of standard QM are solved using spinless
elementary particles.
Among many other not
mentioned
elementary spinless
particles which are all assumed to solve mathematical problems of
the
not understood
QM I only mention the most impressive
assumed
spinless elementary
particles, which are proposed to explain
QM mathematically:
1.
Higgs
boson. Only after use of this still not found
elementary particle, all
standard model masses of all elementary particles can be added
mathematically
correctly in a SR linear mathematical description, which does
NOT
comply to Einstein's CAP!
2.
Axion,
a spin-, charge- and almost massless elementary particle is assumed to explain the dark
matter and
energy.
To me all dark mass and energy are completely explained by a very
dense background of
neutrinos.
3.
Instanton,
is a difficult problem in
QFT , because it's an elementary particle which mathematical
is possible.
They are possible
spinless
solutions of the equations of motion and
result in
QFT
in so-called quantum corrections of the classical solutions of the
equations of motion.
4.
Super partners
of all fermions of the standard model described with
QFT.
In the standard model all possible fermions are
spin½
fermions and the
ad-hoc
assumed
Super partners
appear to be
spinless
elementary bosons. The 3 families
of elementary particles result, using this analysis, in 3
spinless
bosons, which only differ in mass. Bosons are described
mathematically with closed
BC and as a result of that only allow one species of each
non-reducible symmetry group.
Super Symmetry
came to life from stringtheories in which the
QM
is again used
ad-hoc,
i.e. not understood. This mathematical analysis appears correct
mathematically only after demanding this
symmetry
of this description, i.e.:
fermions ↔ bosons.
All observed so-called spinless
appearances are only possible as compound elementary particles which
resonate mathematical together.
To me it's
100%
sure that any
spinless elementary
particle will never be detected,
because such
imagined
mathematical constructions do not oscillate, i.e. can't carry energy!
I.e. any elementary particle without any possible energy just can't
be there, i.e. just is
fiction!
Last change:
26-02-2011 17:51:42 |