WEAK FORCE

Weak nuclear force: The weak nuclear force appears only in
certain nuclear processes like ß decay of a nucleus, in which
the nucleus emits a ß particle and an uncharged particle
called a neutrino. Both the strong and weak forces form
an important part of quantum mechanics.

"Most of the radionuclides used in a biomedical research
environment are beta emitters. Beta particles are high energy
electrons, either negatively or positively charged, that are
emitted from an unstable nucleus. A positively charged beta
is usually referred to as a positron and a negatively charged
beta can be referred to as a negatron."
http://muldoonshealthphysicspage.com/beta_particle_radiation.htm

"A neutrino (Italian pronunciation: [neu'tri?no], meaning
"small neutral one"; English pronunciation: /nju?'tri?no?/) is
an elementary particle that usually travels close to the speed
of light, is electrically neutral, and is able to pass
through ordinary matter almost unaffected. This makes neutrinos
extremely difficult to detect. Neutrinos have a very small, but
nonzero mass. They are denoted by the Greek letter ? (nu)."
http://en.wikipedia.org/wiki/Neutrino

"The energy of the sun, all-important for life on earth, is
produced when hydrogen fuses or burns into helium in a chain
of nuclear reactions occurring in the interior of the sun.
The first reaction in this chain, the transformation of
hydrogen into heavy hydrogen (deuterium), is caused by the
weak force. Without this force solar energy production would
not be possible"
http://www-project.slac.stanford.edu/e158/weakforce.html

It is responsible for the radioactive decay of subatomic
particles and begins the process known as nuclear fusion.

The weak force causes the atom to break up into smaller
atoms and particles releasing electromagnetic energy.
Some of the atom's mass has been transformed into energy.
://emandpplabs.nscee.edu/cool/temporary/doors/forces/weakforce/weakforce.htm

In the AV model, there is no weak force, Beta radiation,
or neutrino.

In the sun, Gravity forces Hydrogen atoms deep into the center
of the sun. An atom is a normal Shell. The locked fields in an
atom are spinning at a fast rate. When the pressure is so great
that they cannot Spin, they unSpin. These fields reconvert to
Space, light, and Ray. We sense Ray as heat. Ray is probably the
neutrino.

The neutron that was in such a Hydrogen atom is forced into another
Hydrogen atom, and it becomes Deuterium or heavy Hydrogen. When two
Deuterium atoms are pressed together, they become Helium. Helium
works its way away from the center of the sun as Hydrogen atoms
work their way to the center under the influence of Gravity.

This reconversion of atoms to Space and other fields also occurs in
the center of planets but at a slower rate. This slow process
results in the many elements in our periodic table.

Hydrogen molecules are two Hydrogen atoms connected together
like two bar magnets. There is no neutron in their intersection.

Helium has two neutrons in its intersection. Most intersections
between two atoms contain one neutron. In a large assembly of
atoms, it is possible for a Ray to hit this pinning neutron and
convert to Linear motion. The neutron moves out of the
intersection, and one says the larger element decayed.

Remember, everthing reconverts to Space eventually.