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View Full Version : Neutron Stars are "Real"


cloudguy
05-18-2009, 09:06 PM
This article just boggles my mind.

http://news.yahoo.com/s/space/neutronstarcrustisstrongerthansteel

rcnute
05-18-2009, 10:08 PM
I can't even come close to comprehending this stuff. I received one of my poorest grades in basic astronomy. Which is sad.

Steve in SLO
05-18-2009, 10:29 PM
"Neutron stars are so dense that if you could dip a teaspoon into one of them and scoop out some of its neutrons the spoon would weigh 100 million tons. If you were to hold that empty teaspoon just one yard above the star's surface and drop it, it would strike the surface at 4.3 million mph."

Wow...some days I feel like that.

Louis
05-18-2009, 10:48 PM
If you were to hold that empty teaspoon just one yard above the star's surface.

That is one heck of a tractor beam you're using to do that, Steve !

William
05-19-2009, 05:48 AM
If you were to hold that empty teaspoon just one yard above the star's surface.

That is one heck of a tractor beam you're using to do that, Steve !


Just how does said tractor beam work???

http://www.freethunk.net/nickkim/tractorbeam.jpg






William :rolleyes: :)

Steve in SLO
05-19-2009, 09:54 AM
If you were to hold that empty teaspoon just one yard above the star's surface.

That is one heck of a tractor beam you're using to do that, Steve !
Louis,
To clarify: Sometimes I feel like the teaspoon.

William
05-19-2009, 10:30 AM
Louis,
...Sometimes I feel like the teaspoon.


That's heavy man.





William :)

MIN
05-19-2009, 11:25 AM
i thought this was going to be about a new campy wheel model. sigh.

bostondrunk
05-19-2009, 11:39 AM
I need a set of cranks made with this stuff.....you know....to get rid of that crank arm flex we all detect with the current offerings.....never mind that old square taper garbage!

:beer:

Dekonick
05-19-2009, 01:56 PM
Carbon is Soooo last season...

A new study suggests how strong they are: The crust of neutron stars could be 10 billion times stronger than steel, based on an innovative model of elements compressed as tightly as they would be on the surface of a neutron star.