Originally posted by tauristercus
Originally posted by Neo Christian Mystic
Originally posted by davesidious
reply to post by Neo Christian Mystic
So why would these particles form a spiral,
They wouldn't like I have explained about ten times for you now. The spiral is the remaining empty space from disintegrating matter caused by a
nuclear reaction
I'm sorry to say that after having read thru all your posts, that it becomes apparent that your knowledge of nuclear reactions, fusion in particular,
is lacking badly in basic knowledge.
The nuclear reaction you refer to above I assume is a fusion based reaction ... the simplest being the fusion of 2 hydrogen nuclei by bringing them
together close enough for their mutual electric repulsion to be overcome by the nuclear force to form helium with the subsequent release of energy.
This is the most basic fusion process and one that is actively being pursued by researchers worldwide and using huge and complex technology such as
Tokomak reactors.
And yet you're trying to tell us that the fusion process has been solved and can now be initiated in space without the need for any of this
sophisticated technology ? What an amazing break through !
Not a fusion reaction, but a collapsing fusion reaction, kind of an "imploding star". How they'd do it, like I said, I can only speculate. When
under certain conditions a star dies (normally a huuuge one) it goes out with a bang that can be detected from everywhere in the universe. The Norway
spiral, in my opinion, may be an extremely downscaled version.
As for your statement:
The spiral is the remaining empty space from disintegrating matter
Say what ????
How can you form anything from empty space ? Let alone a spiral ?
Vacuume as in an extremely downscaled black hole (compared to that left by a grb supernova).
And where does the disintegrating matter come from ? Didn't you just get thru telling us that this is a fusion based process ? Matter
doesn't disintegrate in fusion (hint: fuse means 'to come together') but it does if fission is involved.
So which is it going to be ? ... fusion or fission ?
When a star (fusion) of a certain kind collapse in a supernova turning into a gamma ray burst in 4d space-time, it shadows the fifth (and possibly
higher) dimentions, which we first would see as a spiral, which in turn will seem to be swallowed by a globular-looking black hole, until it itself
would "disintegrate" allthough there is no matter left to turn into energy. The black hole is kind of the oposite of matter (anti-matter or dark
matter?), which would be no matter, and the absence of matter (or heeping up dark- or anti-matter) would reach a status quo, and would itself
collapse, leaving nothing much but an extremely cold area very close to zero Kelvin. which would suck in matter surrounding it until it dissapears.
... then focusing all the energy from the absorbed matter into a extremely high energy beam of gamma photons from each of the two poles of the
collapsing nucleus ...
What ?????
Now the matter is being absorbed ! Whats it being absorbed by ?
Sorry for me using simple language here. The matter completely disintegrates into pure energy in the form of a gamma ray, collumn where the photons
would move away from eachother with twise the speed of light (which may seem odd), leaving behind a growing black hole which will "absorb" the
"sucked in" matter (which has turned into pure energy via the spinning nucleus (maybe as small as a single H-1 atom, or H-1 core or even a single
neutron or for that matter an electron or some quant or quark, I don't know how they do it or how this could be even possible, or what the nucleus
would look like, and what kind of nucleus would be used)
Assuming that energy has been produced, then how is this energy being focused and by what mechanism ?
I have no idea how, I can only speculate. I'm not a death-ray maker. I guess you'd have to look up "gamma ray burst, or GRB and go on from
there.
In a fusion reaction, energy indeed is produced ... but this energy is dispersed randomly and in all directions. So how would this random
energy find itself 'gathered up' and focused ?
Like I said, a supernove was a fusing star, which then collapse. Something like an "imploding" H-bomb".
What the heck does ... from each of the two poles of the collapsing nucleus ... mean ?
In fusion, the nucleus does NOT collapse ... and what's this rubbish about a nucleus having two poles ... what, like a magnet ... or the Earth ??
I'd love to see a source reference for the above !!
It can. It happens with stars. Just as an H-bomb simulates a regular fusion reaction like that inside the Sun, an "imploding" (with lack of better
words) may simply act like that. The nature of the universe is compelling and diverse, looking out there we can study impossible things. My dad always
says: "Nothing is impossible. The impossible only takes more time"
... leaving behind a small black hole, which would then expand like a baloon in a vacuume or a vacuume inside an atmosphere if you like, seemingly
absorbing the spiral.
A small black hole ??? WTF ???
That small black hole was calculated (by me) to have a diameter in the order of 100's of kilometers by the end of the event.
And with this 'black hole' located just above the atmosphere, have you even thought about the tidal forces that would be generated within the Earth
? Having a 'black hole' with that sort of diameter would be DISASTROUS if only from the point of view that the atmosphere would get sucked
right into it at such close range. Having matter (atmosphere) flowing into such a black hole would generate incredibly massive amounts of outgoing
hard radiation (gamma, x-ray, uv, etc) which most certainly wouldn't do any of us any good at all ... and I'm sure we'd all notice suddenly finding
ourselves in the equivalent of a microwave oven being cooked right thru !!
Except it would be dead cold in the center. The black hole itself would be infinitely small, the growing black area, would be the effect of this hole,
and as you said, had it been bigger, it could indeed have sucked this whole solar system into it had it been bigger. I'm not a nuclear fysicist, I'm
just an amateur, not using the correct lingo or methods to explain, and I see now that I may have been a bit too trivial in explaining a "growing
black hole" and "balloon" when I should have used a phrase something in the direction of "an inverted balloon" or "black hole sucking in what
matter would lie in it's surroundings" until the hole would be "filled". My guess is that had we had the instruments in place, we would have been
able to detect gravity waves and quite powerful as such too.
If you give me some time, I'll see if I can provide you with some estimate of exactly how many joulles of energy was produced here....
Yes please .... give us an EXACT energy output.
Then I would need some help in calculating the disintegrated mass. I would also need to know the gravity in the center of the hole and so on. Since I
can only speculate, and am a novise in most humanist sciences, I would need quite some time and a whole lot of studying. Guess it could easilly take a
lifetime. But enough energy to create a hole in space-time would certainly take some serious amounts of energy indeed. All I know is that shortly
after this temperatures in a vast area dropped to very cold, and as far away as Southern Norway (thousands of kilometers away) temperatures suddenly
dropped 20 kelvins over night when the cold Siberian winds reached us, and which in about a month managed to turn the steady currents in Skagerrak,
backwards and even increasing it, leaving a spiral of drifting ice ouside our shores which for all I know can still be seen from satallites.
Again, you show complete ignorance as to what a gamma ray burst is.
I beg to differ as I
do happen to have a good understanding of how gamma rays are created.
Not you, the other guy. Read his last or second to last post before this one ( I may have meant gamma ray bursts, I'll have to look up the post I was
replying to.
They are primarily produced by sub-atomic particle interactions such as happens during fission, fusion, radioactive decay, electron-positron
annihilation, etc and are a very short wavelength, very high frequency electromagnetic radiation and can carry energies in excess of
100kEv.
Indeed.
You would only be able to measure radiation inside a nano sized beam running straight through the Earth.
A
nano sized beam ????
Where are you getting this stuff from ? I don't even know what a nano sized beam
even means ... let alone how one would be created, controlled
and manipulated !
Me neither. In a stellar sized GRB the "channel" of this burst would be extremely narrow, and in a particle sized GRB the same channel would be
"infinitely" narrow.
Look, I'm really sorry but all you're apparently doing is spouting post after post of nothing but meaningless techno-babble.
It looks impressive in writing but is in reality completely meaningless.
I'm learning as I move along. My knowledge is indeed marginal, and I may not use the correct words and phrases and am unable to express it in math,
so until I actually learn more, I would probably dismiss many of the things I have already said, but starting nearly from scratch is a start. Thanks
for questioning, and I hope you'd see this response as development. I only know the physics of this in a trivial fasion