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The Sun's changing magnetic field. Credit: SOHO
- EIT Consortium, ESA, NASA.
Magnetic Disconnection
Mar 25, 2010
Problems with various theories
could be resolved if mistaken
identity were considered.
It has been proven in courts of law
over the centuries that the worst
possible witnesses are often those
who were present at the scene of the
crime. There are documented cases of
people being held for crimes they
didn't commit because one or more
eyewitnesses swore under oath that
they were the perpetrator. It
becomes known only later when
overwhelming evidence, such as DNA,
proves that the convict could not
have done what was claimed.
Often, the problem with mistaken
identity is one of prejudice.
Suspects are categorized by their
racial profiles, their affiliations
with radical groups, previous
behavior, or association with those
who are known lawbreakers. Lacking a
confession from some other
individual, law enforcement
personnel are sometimes unable to
prevent themselves from focussing on
guilt by association, or
circumstantial evidence. Assistant
District Attorneys do not last long
without convictions.
Similarly, professors at prestigious
universities are compelled to follow
"party lines" and to be prolific in
their output of published articles.
In order for funding to continue,
the physics department must conduct
experiments and turn out a steady
stream of Ph.Ds for the scientific
establishment in the military and
the commercial sectors. Their
experiments are usually expensive
and take months to set up, so the
funders expect results that will
profit them in some way. LIGO and
the Large Hadron Collider are two of
the most notorious in a long list of
experiments that are searching for
phantoms.
When research groups are faced with
a lack of evidence for their
theories (the "confession"), they
too resort to circumstantial
investigations. One such case is
magnetic reconnection—one of the
best examples in modern physics of
ad hoc theorizing when there are no
witnesses.
According to a
recent news release, one of the
major obstacles with nuclear
confinement fusion is that the
plasma stream within the reactor
suffers from magnetic reconnection
events, creating instabilities that
cause the reaction to stop. Since no
one has the slightest idea how or
why this hypothetical process works,
how magnetic lines of force separate
and recombine, no one can suggest a
way to prevent it. It is a critical
hinderance to further development in
the thus far fruitless 60 year
attempt at manufacturing a
thermonuclear fusion power system.
This is not the first time that
magnetic reconnection has been used
as an excuse when observational data
is missing. Today, it is a common
"explanation" for Earth's aurorae.
As the consensus view states, the
magnetosphere surrounding Earth
stretches and deforms like a
teardrop because it is being
bombarded by a powerful stream of
charged particles from the Sun. As
the field is pushed on the sunward
side, it is stretched out on the
other side of our planet, where the
field lines are said to "unravel"
and "flap like a flag waving in the
wind."
According to the theory, when those
magnetic field lines cross and
"reconnect" through some unknown
mechanism, they are supposed to
detonate, releasing large quantities
of heat, light and electrical
energy. That power flows down the
field lines into Earth's poles,
where it causes the air molecules to
glow with brilliant auroral colors.
The potential energy that ignites
the aurorae is said to be "stored"
in the magnetic field lines.
Magnetic field lines cannot be the
storehouse for magnetic energy
because the field lines are no more
real than the arrows that are used
to describe an electric field, or
the curved lines that trace out a
sine wave. Those are character
symbols, just as magnetic field
lines are symbols that describe a
magnetic field's schematic. A
magnetic field acts as a
continuum—it is not quantized into
discrete bands. To say that magnetic
field lines can cross, or flap, or
break and reconnect is tantamount to
saying that weather diagrams can
produce rain.
Kristian Birkeland is not only
spinning in his grave, he is doing
cartwheels.
Strong magnetic disturbances are
detected when a bright aurora is
seen. It was in 1903 that Kristian
Birkeland's observations led him to
propose that electricity powered the
aurorae, flowing parallel to the
formation. Since electric current
moves through a closed circuit, and
since the currents and the glow
seemed to be caused by processes in
distant space, he theorized that the
circuit's beginning came down from
space at one end of the auroral arc
and looped back out to space on the
other end. In 1973, the U.S. Navy
satellite Triad flew through this
electrically charged layer. The
onboard magnetometer found two
electric currents in gigantic
sheets, each carrying a million
amperes or more, one descending on
the auroral zone's morning side and
one ascending on the evening side.
Since Birkeland's research had
predicted the currents that link
Earth with space they were called
Birkeland currents.
It is a case of mistaken identity
for scientists to create a
theoretical entity called "magnetic
reconnection" when the forces and
effects can be easily associated
with solid evidentiary conclusions.
Rather than electromagnetism acting
in ways that are beyond the
prevailing theories, why not use the
evidence gathered by Birkeland more
than a century ago as the
explanation? It is the unfortunate
character of modern research
institutions that they cling to what
has been pontificated from above and
follow the well-worn path. That
tendency goes so far as to ignore
information, carefully documented by
a dedicated scientist, in favor of
fantastical speculations about what
has never been seen.
Stephen Smith
Further reading:
Dr. Don Scott
Real Properties of Electromagnetic
Fields and Plasma in the Cosmos
IEEE TRANSACTIONS ON PLASMA SCIENCE,
VOL. 35, NO. 4, AUGUST 2007
http://members.cox.net/dascott3/IEEE-TransPlasmaSci-Scott-Aug2007.pdf
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Three ebooks in the Universe Electric series are
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