Oct 04,
2006
The "Iron Sun" Debate (3)
Exploding the Myth of the
Imploding Supernova
When a star called “SK
-69 202” exploded on February 24, 1987, becoming “Supernova
1987A”, the shock to conventional theory was as great as the
visual wonder in the heavens. The event did not “emulate the
theory”, but rather appears to have involved catastrophic
electrical discharge.
Prior to
Supernova 1987A, astronomers assumed that a supernova
signaled the death throes of a red supergiant star. But the
star that exploded— SK -69 202 —was a blue supergiant,
perhaps 20 times smaller than a red supergiant and a much
different breed of star.
Astronomers had
long supposed that supernovae occur when a star “exhausts
its nuclear fuel”, causing a collapse or implosion followed
by a violent “rebound” effect when the outer layers of the
star hit the core. The resulting blast, they said, ejects a
spherical shell of material into interstellar space where it
collides with its own slower moving stellar wind generated
during its earlier, more stable phases.
But Supernova
1987A tells a different story.
Pictured
above is the changing appearance of Supernova 1987A over a
27-month period as imaged by the Hubble Space Telescope. The
photograph shows three axially aligned rings. The bright
inner ring is about 1.3 light-years in diameter. The
conventional theory of supernovae had not predicted, or in
any way anticipated, the distinctive bi-polar structure of
Supernova 1987A, similar to that of many
nebulas now
documented. Nor did the theory have anything to say
about the bright "beads".
Since there is
an entrenched habit today of reinterpreting the surprises of
the space age as if they were not really surprises,
readers would do well to remember the original statement by
Dr. Chris Burrows of the European Space Agency and the Space
Telescope Science Institute in Baltimore, Maryland, when
Supernova 1987A was first discovered. "This is an
unprecedented and bizarre object. We have never seen
anything behave like this before”. Thus, the “Astronomy
Picture of the Day” for July 5, 1996, states
without equivocation that “the origins of these rings still
remains a mystery”.
Nevertheless,
the inertia of prior theory is strong enough that
astronomers continue to identify the rings as “shells” of
gas struck by the supernova’s high-energy “shock
front”—though it is only necessary to look at the pictures
to see that the rings are not shells. They are tori (rings)
around a dynamic center occupying a common axis—a
characteristic structure observed in high-energy plasma
discharge experiments. But the crucial feature of SN 1987A
is the bright beads.
Both the number
and position of the beads conforms to Birkeland current
filaments in a powerful plasma discharge known as a
"z-pinch." Electrical theorist Wallace Thornhill has
predicted, "…the ring will not grow as a shock-wave-produced
ring would be expected to. Some bright spots may be seen to
rotate about each other and to merge. It is an opportunity
…to be able to verify the electric discharge nature of a
supernova."
More than fifty
years ago a British scientist, Dr. Charles E. R. Bruce
(1902-1979), argued that the bipolar shape, temperatures and
magnetic fields of “planetary nebulae” could be explained as
an electrical discharge. Bruce was ideally situated to make
the discovery, being both an electrical engineer versed in
high-energy lightning behavior and a Fellow of the Royal
Astronomical Society. He was ignored.
Since that time,
the structure and dynamics of high-energy electrical
discharge in plasma has been well researched—most
importantly, in the work of Nobel Laureate Hannes Alfvén,
and over the past two decades or more by Alfvén’s close
colleague, Anthony Peratt.
The work of the
cosmic electricians bears directly on the “Iron
Sun” debate. When Oliver Manuel began to
formulate his
model of the Sun, ideas about supernovae lay at
the heart of his thinking. From a study of the unusual
isotopic composition of meteorites, Manuel had concluded
that the objects had formed from the remains of a supernova.
In this, he was following a tenet of conventional astronomy,
which argues that elements heavier than iron and nickel in
the solar system were created by distant supernovae over
billions of years. Except that Manuel concluded that the
supernova creating iron and other heavy element abundances
in meteorites was the precursor to our own Sun.
Though the Iron
Sun model brings with it an insightful critique of the
standard nuclear fusion model of the Sun, Manuel did not
break free from the old gravitational concepts on the nature
of supernovae; but he did add a new twist, suggesting that
the Sun hides a neutron star around which accreted an iron
shell after the Sun’s supernova explosion.
As the
electrical theorists see it, the mistake of following a
conventional myth invariably set Manuel on a dead-end
course. The Electric Sun model, these theorists claim, can
account for all of the strange phenomena exhibited by
the Sun and its environment. And the explanations do not
require them to guess what is inside the Sun or to posit
unlikely events leading to the birth of the Sun.
Concerning the birth of stars, the Electric
Sun model embraces the new science of plasma cosmology.
Plasma cosmologists can demonstrate the
principles of star birth in the plasma "z-pinch"; and they
achieve their results both in the laboratory and in
supercomputer simulations. In contrast, the earlier notion
of gravitationally collapsing molecular clouds began as a
theoretical guess and never found the required observational
support. Nor has it been shown how planets can form from a
ring of dust about a star, a crucial requirement.
Stellar explosions have always been a
problem for conventional gravitational theory. What could
trigger the sudden release of such prodigious energy? The
sudden gravitational implosion of the entire star is an
ingenious idea for a trigger but highly implausible because
it requires spherical symmetry on the vast scale of a giant
star. The ejections observed from supernova remnants show
that the process is axially symmetric.
However, if a star is the focus of a galactic electric
discharge together with internal charge stratification, it
may naturally undergo an expulsive stellar "lightning-flash"
to relieve the electrical stress. An electric star has
electromagnetic energy stored in an equatorial current ring
such as the torus (imaged in UV light) around our Sun. As
stated by electrical theorist Wallace Thornhill, "Matter is
ejected at low latitudes by discharges between the current
ring and the star. The Sun does this regularly on a small
scale. However, if the stored energy reaches some critical
value it may be released in the form of a bipolar axial
discharge, or ejection of matter along the rotational axis."
Creation of heavy metals, according to
Thornhill, does not require a supernova. In the electric
model of stars, electrical energy produces heavy elements
near the surface of all stars—a claim now given additional
support by
Manuel’s own findings.
But the Iron Sun model makes the curious
claim that energy from neutrons, supposedly repelled from
its neutron star core, provides most of the Sun's radiant
energy and the protons for the solar wind. The Electric Sun
model, on the other hand, says that external electrical
energy, supplied from the galaxy, is responsible for
producing the radiant output of the Sun, the solar wind
and most of the heavy elements seen in the solar
spectrum. The production of iron atoms requires
energy input. So all stars participate in the
synthesis of heavy elements. (This is a far more satisfying
theory than relying upon rare supernovae, which then
disperse their heavy elements into deep space). The solar
wind is merely an equatorial current sheet forming part of
the circuit that "drives" the Sun. The magnetic field of the
Sun is generated by a varying direct-current power input to
the Sun. It is only to be expected, therefore, that the
observed power variations would be reflected in the sunspot
cycle and in changes in both x-ray brightness and the
magnetic field of the Sun. No mysterious "dynamo" inside the
Sun could explain these synchronous patterns.
The Electric Sun model anticipates the
building of heavier atomic nuclei from the protons and
neutrons at the foot points of solar flares. But it also
expects most nuclear reactions to occur in the
tornadic discharges that form solar
granulations (where the nuclear kitchen is in full view). In
particular, the latter prediction fits the observed
anti-correlation between neutrino count and sunspot
number. The more sunspots there are, the fewer solar
granulations and neutrinos. This unique correlation does not
fit any model that proposes an energy source inside the Sun,
unrelated to sunspots.
For an Electric Sun, what happens in the
Sun’s core is of little consequence. We should expect an
incompressible solid or liquid core composed of heavy
elements gathered in the primordial z-pinch and later
synthesized in the continual stellar discharge. But since
the glowing sphere we call the Sun is an electric discharge
high in its atmosphere, we should naturally expect the
lightest element, hydrogen, to predominate as the plasma
medium for the discharge. There is no need to postulate an
internal source of energy to support the photosphere since
(as direct observation confirms) the photosphere and
phenomena above the photosphere, such as flares and
prominences, are not governed by gravity.
The energy which fuels the Sun may be
transferred over cosmic distances via Birkeland current
transmission lines. This energy may be released gradually or
stored in a stellar circuit and unleashed catastrophically.
The cosmic circuits now revealed threading themselves along
the arms of the Milky are the energy source for the
supernova explosion– not the star. Only an external power
source can explain why the continuing energy output of some
nebulae such as
Eta Carina exceeds that available from the
central star.
A supernova does not signal the death throes
of a star. There is nothing inside the star to "die." Nor
does it herald the birth of a neutron star.
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