I have been thinking about the dark energy problem of the expanding universe recently to see if the conjecture of the "magnetic monopole tachyonic neutrinos" can solve the problem.
If there is an unaccounted
energy in the universe, it could be the repulsive potential energy from the magnetic
monopole tachyonic neutrinos. While they travel faster than the speed of light,
that doesn't mean that they are immune from the repulsive magnetic force among
themselves. It will be like compressed gas in the atmospheric environment. The
original reason for the introduction of magnetic monopole tachyonic neutrinos
was because it solves the problem of the charge asymmetry in the Maxwell's
equation. That is the missing isolated magnetic charge in otherwise very symmetric
equation. The nature always tries to preserve symmetry while it is broken in very
mysterious ways.
As soon as we introduce the
magnetic monopole tachyonic neutrinos, we have the problem of why it has only
one majority type of magnetic charges either it may be north or south pole magnets.
The wishful symmetry is broken again by it's none equal magnetic charges present unlike
the case of electric charges. But even in the case of electric charges, the
positive charge always appears in the form of positive ions by the number of proton, not
by positrons.
The unexpected result of the
inductive conjecture of the magnetic monopole tahcyonic neutrinos was that
suddenly the space becomes electrically neutralized bubble soup where even a
tiny bit of disturbance in local space will be propagated with enormous speed in the form of
electromagnetic waves. So the space is not empty at all as the Einstein's
original conjecture of relativity predicted.
The interesting possibility
is that these tachyonic neutrinos may also be the cause of the quantum
mechanical phenomenon as I already explained in detail in my book "Physics
of the New Millennium, Birth of the New Paradigm".
In most of the cases, nature
likes to have as fewer assumptions as possible which is called Occam's razor.
The more assumptions you need to explain the same phenomenon, the more likely
the theory could be wrong.
In terms of catching birds
with one stone, the idea of magnetic monopole tachyonic neutrinos can not be
beaten. The enigma of the light traveling the empty space was horrendously
unphysical. Quantum mechanical stochastic uncertainty was another serious
dilemma for quantum physicists.
Now it seems like it is going
to offer an easy and dandy solution for the dark energy problem as well. The
repulsive magnetic potential energy among the magnetic monopole neutrinos can be the
perfect solution. The universe is bound to expand in this picture.
But the unexpected problem is that the density of the neutrinos will decrease as the universe
keeps expanding and it will fundamentally affect the speed of light travel and
also the quantum mechanical effect as well. As the effect of the magnetic
monopole weakens due to the diminished density, it will shrink the average size
of the atoms in the universe and will also make the speed of light travel
slower as there will be less rigidity of the electric field in the space. But then there is always the new creation of neutrinos from the beta decay of the neutrons in the universe.
The combined effects may cause many unexpected
consequences that may be very hard to predict since everything is related to
each other one way or another. .
But for now, at least, it
looks like the missing dark energy problem is solved, which may only be the
beginning of the unraveling the mysteries of the universe.
