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Quote by: Nathan Struth  One question. Does our sun revolve around a black hole? Perhaps Cygnus X-1? I think it does. talk please:) |
According to mainstream science, black holes are at the cores of most galaxies. Additionally, smaller black holes are scattered throughout our galaxy.
I have an Electrical Engineering background, but I know comparitively nothing of Astrophysics. So the following will read as science fiction. The following should NOT be considered as mainstream science! The following is just my own mental meanderings.
Do Black Holes move with any observable relation to one another? (compensated for photon travel times, influences of gravity, and refraction in stellar dust)
In the electromagnetic world, propogation and resonance must always be considered. Black Holes represent Graviton, mass, and periodic properties.
Dark Energy:
As the atoms of matter are torn apart while entering a Black Hole, a large portion of subatomic particles are released. Neutrino can travel through 2 light years of Lead (Pb) without interacting, I would tend to suspect that many subatomic particles leave the confines of Black Holes unobstructed until they can react with matter/energy properties outside the region of the Black Hole where the atoms are torn apart. Might this be a source of Dark Energy?
Black Holes devoid of matter:
Graviton exihibit some properties similar to electromagnetics, like resonance. Periodic particles beating against one another will display resonant properties like visible spectrum interference patterns. Graviton at a subatomic level are suspected by the scientific community to display resonant properties.
So, perhaps black holes are devoid of a significant amount of matter, if any. Perhaps Black Holes are three dimensional graviton resonant nodes within our Universe. Gravity, without mass.
The amplitude of the resonant regions would be the result of the influence of gravitons everywhere. Perhaps the subatomic particles that are generated while atoms disassociate help to confine graviton. The large graviton concentrations periodically spaced in three dimensions act as a type of anchor for all mass as we sense it.
An expanding, or rather oscillating, Universe:
The Universe is presently considered to be expanding slightly faster than what would allow the Universe to collapse onto itself. But it is doing so at a rate very close to the critical value between collapse and expansion.
If the Graviton nodes are anchors and the graviton flux throughout the Universe imparts fractional forces over large expanses non-linearly. Then the mass of the Universe may oscillate over long periods of time amongst propogating graviton nodes. Like a blob of mercury on a plate with a vertical vibration component. Given time, the strands of graviton will flex in density and begin pulling matter back towards the centers of graviton densities.
The Spin of Black Holes:
Graviton nodes exist in many different volumes. Spin might be characterized by the masses in orbit around the graviton node, rather than the graviton node itself. Or perhaps a graviton node has a multi-dimensional spin as part of its graviton properties.
Our Universe much different than it appears:
Given that our observable Universe is highly manipulated by matter and energy throughout the travel of photons, I have no idea as to what the Universe actually looks like; nor the spacings or propogation of black holes, both large and small. A photon traveling from a galaxy with a black hole as its center would continuously be pulled along the axis between the black hole and the observer. So a lens effect occurs causing photons to cross the central axis at some point during its propogation. The larger the Black Hole, the stronger the lense effect, and the further the apparent distance to the galaxy. The galaxy is actually much closer than it appears.
Alternative form of propulsion:
In the electromagnetic spectrum, light propogates naturally and omnidirectionally in-general. Through certain manipulations light can lase monochromatically along a single vector. If graviton would allow for a similar manipulation, then an alternate form of propulsion becomes feasible. A graviton node might be influenced into propogating along a vector by disturbing the flux of sub-atomic particles surrounding the Black Hole.
A Chicago based research team has been investigating a new form of nuclear energy dubbed "Total Anihilation" since before 2000. They are attempting to create a complex waveform to disturb the nuclear bonds of atoms. If successful, they will be able to produce large concentrations of subatomic particles. If the subatomic particles can be isolated, they can be used to provide a multitude of new processes based upon sub-atomic particle manipulations.
Related to the above, if a small Black Hole (Graviton Node) were to have a non-uniform density of subatomic particles influencing the intense graviton flux, perhaps the black hole could be made to propogate and pull surrounding matter along with its graviton density. Intergalactic travel of worlds becoming feasible in a mental exercise sort of way.
Just thinking way outside the box,
James Dunn
james.dunn@excite.com