Welcome to Space News from the Electric Universe
brought to you by The Thunderbolts Project™
at Thunderbolts.info
In the 20th century, institutionalized science embraced the concept
of a universe dominated by invisible forces and entities.
We are told that no less than 96% of the known universe
is composed of invisible dark matter and dark energy.
We are also told that at the core of every large galaxy is a supermassive black hole,
a region which is said to have such an intense gravitational field
that nothing can escape, not even light.
The concept of the black hole is thought to account
for the stupendous energies and mass at galactic cores.
In our own celestial neighborhood, we are told
that at the outer reaches of the solar system is a never seen spherical cloud of icy bodies
known as the Oort cloud from which most long- period comets supposedly originated.
Of course these concepts are the products of a cosmology
in which gravity is the predominant force.
Today, Thunderbolts colleague, Bishop Nicholas Sykes, discusses the tenability
of both black holes and the Oort cloud in the light of science discovery
and he explores some of the theoretical alternatives in an electric universe.
In the Standard paradigm, a black hole is considered to be an entity
of such huge mass that even light cannot escape from its gravitational attraction.
That is why it is considered to be absolutely black.
Moreover, once any body possessing mass has fallen into it beyond its event horizon,
it will never be able to escape or be detected.
Until recently a black hole was considered
to swallow anything and everything that approached it,
but in more recent times Stephen Hawking announced
that information could escape from it albeit in garbled form.
However, it has now become standard to claim that a black hole
may be a source of powerful synchrotron radiation.
It is also claimed that supermassive black holes occupy the hearts of galaxies.
And, indeed, that one resides at the heart of our own Milky Way galaxy.
This is because they observed high speed of revolution
of certain massive entities around the supposed position of a black hole
at the heart of the galaxy.
One can conceive of a black hole, therefore, as functioning in a similar manner to dark matter,
the presence of which is considered to be necessary in a gravitational universe
to hold together a galaxy or a group of galaxies.
Who without it, the angular velocity of the uttermost portions
would cause them to become detached from the whole.
However, black holes and dark matter originated as two separate concepts.
Black holes are not themselves depicted as consisting of dark matter,
nevertheless the need for them both arises in standard cosmology from the same problem.
That is, there is not nearly enough verifiable matter
to provide the gravitational force understood to be necessary
from the observation of galactic velocities to provide the cohesion that is also observed.
Both black holes and dark matter, however,
suffer from equally baffling conceptual difficulties
which should cause anyone of a scientificor rational frame of mind
to question their very existence.
Each concept's conceptual difficulty results in its being fundamentally unverifiable
with the tools of science.
A black hole cannot be seen because no light can leave one.
Dark matter is defined in the manner that concedes it
to possess gravitational force, but not to manifest its existence by the senses
in the way ordinary matter does.
If we were not beholden to the idea that gravity ruled the universe
we might well be tempted to regard them both as examples of mathematical fudge.
In the Electric Universe paradigm, we are indeed not beholden to the understanding
that the cosmos is held together principally by gravity.
In an electric universe the presence of the electric force
which can reasonably be regarded as 10 to the power 39 i.e. one thousand
million million million million million million times as strong as the gravitational force.
It's what changes everything!
It is the electric force that holds in the bodies that revolve
at otherwise unaccountable rates and indeed
that accounts for the synchrotron radiation detected by astronomers.
Because of this electric force operating in a
somewhat similar way to Faraday's homopolar motor,
the fudge of neither dark matter nor black holes is necessary
to account for the cosmic cohesion that we see
and both concepts can be consigned to the dustbin of human history.
Comets and the Oort Cloud.
The Oort cloud is named for the astronomer Jan Hendrik Oort
who sought to explain that comets would have had to be stored for billions of years
in a cold dark and wet cloud around the outermost reaches of the solar system
before some eventually escaped and made their way
into its more central regions nearer the Sun.
Oort and a predecessor Ernst Opik reasoned that the currently observed paths of comets
cannot be where they were originally formed
at the time the solar system was supposedly formed
because, in that case, by now they would all have either collided with the Sun
or been ejected from the solar system by planetary perturbations.
The explanation is considered appropriate enough for a scenario of comets
as dirty snowballs coming into the inner solar system as cold, wet, and dusty.
The heat of the Sun, it is supposed, will boil off the moisture
and any other volatile material until the comet develops an insulating crust
and will force the dusty material of the comet to dissipate as a tail.
Unfortunately for this explanation, the actual behavior or observed composition of comets
has not conformed at all well with it.
Direct analysis of comets has never produced evidence
of anything cold and slushy about them, or within them.
The Electric Universe paradigm, however, provides a scenario of comets being the remnants
of planetary interactions of a mainly electrical nature.
Cometary surfaces which are hard like their interiors
typically show evidence of deep electrical scarring or machining
when they interact with the Sun or even with artificial projectiles
as in the Temple One Experiment,
evidence is provided of the rapid neutralization of differing electrical potentials
when the interacting bodies become close.
The experimentors were amazed in the Temple One Deep Impact interaction experiment
that a flash of light was seen before the projectile hit the comet's surface,
although the far greater flash than expected was seen on impact.
However, these unexpected observations conformed with
what the Electric Universe researcher, Wal Thornhill, had predicted.
The electrical energy input to the impact explosion had, of course,
being omitted by the standard theorists, as well as, the consideration
of any possibility of an advanced flash.
Like other imaginary concepts born of the inadequate assumptions
of the Gravitational Universe paradigm, which should now be ripe for wholesale overthrow.
The supposed Oort cloud is a fiction.
The existence of comets on their present trajectories
with the use of current tools of observation and analysis,
reveals their genesis to be not in a distant past
but rather in a solar system that has been powerfully interactive in relatively recent times.
Such a conclusion, unfeasible in the old paradigm,
is made possible by an Electric Universe paradigm
for which the phenomenon of comets provides,
along with a host of other observations and phenomena, massive additional confirmation.
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