| Topic: |
Science > Physics |
| User: |
"Nick" |
| Date: |
03 May 2007 11:41:29 PM |
| Object: |
NEUTRON STAR NEAR |
The sun is a second generation star. Meaning that there was a star
that went before it. The star that went before the solar system went
supernova and deposited all the elements that make up the planets. I
believe it was the kind of supernova that left a neutron star; a dead
star core behind. Astronomers call this Nemesis. But what happened to
Nemesis? If it left the vicinity it might still be close by. I predict
that a new investigation into our sun's dark companion will take
place. That it exists is nearly certain in my opinion. Where it went
if anywhere is the question. If this neutron star has been cooling for
4.5 billion years it should be entirely dark. It might have swept up
most of the debris in its orbit. Its orbit is considered 26 milllion
years. The evidence of Nemesis that we have now may be the
gravitational disturbance that the outer planets experience. It might
not be a 10th planet. It might be Nemesis. To detect it we ought to be
waiting for the next Gamma Ray Burst that comes from it.
MITCH RAEMSCH -- LIGHT FELL --
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| User: "Nick" |
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| Title: Re: NEUTRON STAR NEAR |
04 May 2007 09:21:35 PM |
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On May 3, 9:41 pm, Nick <macromi...@yahoo.com> wrote:
The sun is a second generation star. Meaning that there was a star
that went before it. The star that went before the solar system went
supernova and deposited all the elements that make up the planets. I
believe it was the kind of supernova that left a neutron star; a dead
star core behind. Astronomers call this Nemesis. But what happened to
Nemesis? If it left the vicinity it might still be close by. I predict
that a new investigation into our sun's dark companion will take
place. That it exists is nearly certain in my opinion. Where it went
if anywhere is the question. If this neutron star has been cooling for
4.5 billion years it should be entirely dark. It might have swept up
most of the debris in its orbit. Its orbit is considered 26 milllion
years. The evidence of Nemesis that we have now may be the
gravitational disturbance that the outer planets experience. It might
not be a 10th planet. It might be Nemesis. To detect it we ought to be
waiting for the next Gamma Ray Burst that comes from it.
MITCH RAEMSCH -- LIGHT FELL --
THERE MAY BE A NEUTRON STAR NEARBY.
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| User: "Michael Moroney" |
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| Title: Re: NEUTRON STAR NEAR |
05 May 2007 12:04:20 AM |
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Nick <macromitch@yahoo.com> writes:
On May 3, 9:41 pm, Nick <macromi...@yahoo.com> wrote:
The sun is a second generation star. Meaning that there was a star
that went before it. The star that went before the solar system went
supernova and deposited all the elements that make up the planets. I
believe it was the kind of supernova that left a neutron star; a dead
star core behind.
THERE MAY BE A NEUTRON STAR NEARBY.
Very unlikely. All the stars we see in the night sky are on their own
orbit around the galactic center, and are moving relative to the earth.
In a few million years, the night sky will be unrecognizable. After 4.5+
billion years, the core of any supernova nearby could be anywhere, perhaps
clear across the galaxy. Besides, I don't think the solar system was
formed from the remains of one particular supernova, but from many of them
over time.
.
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| User: "Dave Typinski" |
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| Title: Re: NEUTRON STAR NEAR |
05 May 2007 12:42:27 AM |
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On Sat, 5 May 2007 05:04:20 +0000 (UTC),
moroney@world.std.spaamtrap.com (Michael Moroney) wrote:
Nick <macromitch@yahoo.com> writes:
On May 3, 9:41 pm, Nick <macromi...@yahoo.com> wrote:
The sun is a second generation star. Meaning that there was a star
that went before it. The star that went before the solar system went
supernova and deposited all the elements that make up the planets. I
believe it was the kind of supernova that left a neutron star; a dead
star core behind.
THERE MAY BE A NEUTRON STAR NEARBY.
Very unlikely. All the stars we see in the night sky are on their own
orbit around the galactic center, and are moving relative to the earth.
In a few million years, the night sky will be unrecognizable. After 4.5+
billion years, the core of any supernova nearby could be anywhere, perhaps
clear across the galaxy. Besides, I don't think the solar system was
formed from the remains of one particular supernova, but from many of them
over time.
Why "many"?
Oh wait, you're saying that many novae contributed matter to the
protostellar cloud out of which our solar system condensed, not that
many novae triggered the collapse.
Ah, well, never mind then.
--
Dave Typinski
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