The Magnetic Dipole Universe

dipole · sentient biped Joined: 14 Oct 2004 Posts: 1

The Magnetic Dipole Universe

The down quark has a charge of -1/3.
The electron has a charge of -1.
The down quark has 1 quanta of charge.
The electron has 3 quanta of charge.
The electron is small.
Because the electron is small, the three charge
objects in the electron cannot repel each other.
The three like charge objects in the electron attract
each other. The three like charge objects in an
electron repel the three like charge objects in
another electron. Like charge can both attract and
repel. Charge is a magnetic dipole.
All the charge magnetic dipoles in an electron
are arranged in a coaxial relationship.
The three charge magnetic dipoles in one electron
are in a coplanar relationship with the three
charge magnetic dipoles in another electron.
All the charge magnetic dipoles in the universe
are geometrically locked. Mass/gravity is a
magnetic dipole. All the mass/gravity magnetic
dipoles in the universe are in a coaxial relationship
with each other. The charge magnetic dipoles are
perpendicular to the mass/gravity magnetic dipoles.
In the big bang state, all the magnetic dipoles in the
universe are in a perpendicular relationship with each other.
In the final state of the universe, all the magnetic dipoles
are in a coaxial relationship with each other.
In the big bang state, the universe does not have space, time,
mass/gravity or charge. In the final state, the universe
has only mass/gravity. In the big bang state, the universe
has the maximum amount of vacuum energy and the highest speed
of light. In the final state, the universe has 0 vacuum
energy and a light speed of 0. Inside a black hole there is
little vacuum energy, time is very slow, the temperature is low,
and the speed of light is slow. A Bose-Einstein condensate is
a collection of black holes. As the universe ages, magnetic
dipoles flip from a perpendicular relationship to a coaxial
relationship.
A magnetic dipole is probably a topological object.