Molotov

http://en.wikipedia.org/wiki/Strawman

fake

http://www.moondragon.org/nutrition/foodguide/figs.html

Methuselah?

Could be some kind of seizure.

Number 1 can be explained by the presence of dark matter in galaxies. The amount is so large and dense that it prevents the normal matter from winding up by acting as a buffer. Though dark matter has not been proven to exist yet.

http://www.made2own.com is cheap and hardly ever goes down I have the 3GB/month 100mb plan. Only cost me 15$ for a year For 5$ a month you could get 30GB/month 500mb storage and everything else unlimited.

Yeah it would be feasable with a half meter thick depleted uranium hull and some sort of electro-static repulsion field.

Keep the router and buy a cheap switch. Connect switch to router. Problem solved.

I once heard neutron stars formed by gravity fusing protons and electrons together. If this isnt true then how do all the atoms in the collapsing star turn into neutrons?

Got any pics?

Temple 1 is an older comet and has been around the sun many times. Most of its volatiles have been shed off so its coma is less dense.

The impact was a success. Looks like we will be getting tons of good images and data from this.

If you read into the big crunch theory the big bang could have been the result of all matter and energy in the universe condensing into one tiny point. Basically a universal blackhole. Its possible that when a black hole reaches a certain mass it can't contain itself anymore and "exploads". The reason we havent seen this in stellar or galactic black holes is because they lack the mass to trigger an explosion. Just a thought...

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Another message board discussion on possible moons around Gliese 876c... http://www.extrasolar.net/forums/viewtopic.php?t=160

Please don't assume that, I do this as a hobby. Your post inspired me to brush up on photosynthesis and light spectrums.

You are correct, we do not know if its tidally locked or not. Sorry, I mis-read it being in a 1:2 harmonic orbit with the b planet as being tidally locked. From extrasolar.net planet C is "Tidally locked if older than: > 20 Gyr^5" Is that 20 billion years raised to the power of 5?! I guess it must have alot of angular momentum to wear off. Also in a side note they say "orbit may be too eccentric for 1:1 tidal lock" Here is the page I get all this info from http://www.extrasolar.net/planettour.asp?StarCatId=&PlanetId=156 I personally trust extrasolar.net as a good source because they get most of their info from the extrasolar planets encyclopedia. http://cfa-www.harvard.edu/planets/ and http://exoplanets.org/

I found the answer to my own question if anyone is interested. Yes, moons can exist around Gliese 876 C which is tidally locked with its star. Though it is inferred that the maximum mass could be no greater than that of Pluto or .002 Earths. And the maximum stable orbit around the planet no greater than 570,000km or .003 AU. Too bad, this pretty much kills the notion of a moon with an atmosphere around the planet.

http://www.solstation.com/stars/gl876.htm http://www.extrasolar.net/startour.asp?starid=2 http://www.exoplaneten.de/uvceti/english.html According to extrasolar.net' date=' for Gliese876, the average temperature is 3240 degrees kelvin. M stars typically range from 3500k and under. From what I have gathered, intense magnetic disturbances will push super heated gasses from the core to the surface of the dwarf star increasing the energy output by as much as a twofold. Also, here is something from solstation.com Does anyone know if its even possible for moons to exist in stable orbits around planets that are tidally locked with their star?

The problem with red dwarfs is they like to flare up randomly.

Yeah, unfortunetly that's why they made GBL illegal also. The only choices now are to buy from an offshore source, oxidize tetrahydrofuran into GBL, or produce it from the amino acid GABA using the sandmeyer reaction.

More than likely its just a bunch of relatively low hz processors running in parallel.

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