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What If (on Jupiter's Core)



 
 
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  #1  
Old August 5th 12, 01:06 AM posted to alt.astronomy
G=EMC^2[_2_]
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Default What If (on Jupiter's Core)

What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. TreBert
  #2  
Old August 5th 12, 01:24 AM posted to alt.astronomy
G=EMC^2[_2_]
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Default What If (on Jupiter's Core)

On Aug 4, 8:06*pm, "G=EMC^2" wrote:
What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. *TreBert


Jupiter is bigger than all the planets combined. Lets say it would
take a 25 times bigger Jupiter to create fusion.OK My question is,
are there gas planets that are 24 times bigger than Jupiter? Would
they be stable? Could they be so hot that they give life to moons in
orbit? Jupiter has 61 moons,and Io has a better chance of having life
than Mars Go figure TreBert
  #3  
Old August 5th 12, 03:50 AM posted to alt.astronomy
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Default What If (on Jupiter's Core)

IT'S NOT, YOU ****ING OLD FOOL!

Saul Levy


On Sat, 4 Aug 2012 17:06:42 -0700 (PDT), "G=EMC^2"
wrote:

What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. TreBert

  #4  
Old August 5th 12, 03:51 AM posted to alt.astronomy
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Posts: 15,245
Default What If (on Jupiter's Core)

80 TIMES, YOU ****ING MORON!

Saul Levy


On Sat, 4 Aug 2012 17:24:27 -0700 (PDT), "G=EMC^2"
wrote:

On Aug 4, 8:06*pm, "G=EMC^2" wrote:
What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. *TreBert


Jupiter is bigger than all the planets combined. Lets say it would
take a 25 times bigger Jupiter to create fusion.OK My question is,
are there gas planets that are 24 times bigger than Jupiter? Would
they be stable? Could they be so hot that they give life to moons in
orbit? Jupiter has 61 moons,and Io has a better chance of having life
than Mars Go figure TreBert

  #5  
Old August 10th 12, 03:00 PM posted to alt.astronomy
G=EMC^2[_2_]
external usenet poster
 
Posts: 2,655
Default What If (on Jupiter's Core)

On Aug 4, 8:06*pm, "G=EMC^2" wrote:
What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. *TreBert


Reality is the heat created by pressure at planets cores relates to
why a White Dwarf burns white for trillions of years. Easy prediction
the last Trillion years humankind will use White Dwarf stars for a
free lunch. TreBert
  #6  
Old August 10th 12, 05:57 PM posted to alt.astronomy
[email protected]
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Posts: 15,245
Default What If (on Jupiter's Core)

YOU WON'T LIVE THAT LONG, BEERT!

DIE ALREADY!

Saul Levy


On Fri, 10 Aug 2012 07:00:51 -0700 (PDT), "G=EMC^2"
wrote:

Reality is the heat created by pressure at planets cores relates to
why a White Dwarf burns white for trillions of years. Easy prediction
the last Trillion years humankind will use White Dwarf stars for a
free lunch. TreBert

  #7  
Old August 15th 12, 08:04 PM posted to alt.astronomy
G=EMC^2[_2_]
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Posts: 2,655
Default What If (on Jupiter's Core)

On Aug 10, 10:00*am, "G=EMC^2" wrote:
On Aug 4, 8:06*pm, "G=EMC^2" wrote:

What if at the exact center of Jupiter's core is a neutron star?
There effects do relate. What I'm saying take away everything and
leave only the core with its mass density . Let it be only 20 miles
across .Think about it and you will get the picture. *TreBert


Reality is the heat created by pressure at planets cores relates to
why a White Dwarf burns white for trillions of years. Easy prediction
the last Trillion years humankind will use White Dwarf stars for a
free lunch. *TreBert


If a class III blew away Jupiter's atmosphere they co-uld make good
use of its surface O ya TreBert
 




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