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To Boldly Go Where No Man Has Gone Before!

Hope they offer some off there's in return.

Sent from your moms room.... While she was sleeping.

I think you are out of luck, doubt they are into necrophilia or coprophilia. You will just have to make do with what you can get here on earth.
 
https://www.latimes.com/la-sci-sn-n...ted-the-solar-system-20130912,0,6990209.story

Voyager 1 has been confirmed by NASA to have left our solar system on or around 08/25/12. I just think that is so cool. Just think about how much brand new data they are getting. Nothing man made has ever been there before. I wonder how many theories are broken and supported by what they are getting back.

Man I wish la raza humana would get out of its own way.


damm it will come back as V-ger

EVIL
 
Oh yeah almost forgot.

For all the kids out there, DO NOT google

NECROPHILIA

or

COPROPHILIA

Don't do it. Just don't.

And then DEFINITELY do NOT look at any images. DON'T!

Bitch!
 
Actually readable radio/tv signals are, at best, 5-10 light years away.

If you want to get more depressing about it consider the type of content we actually send over the air vs. through other means (such as cable and the internet). If the aliens ever do find these signals they're going to get a picture of a culture that's significantly more focused on Wipeout! than Breaking Bad or The Sopranos.

Are the tv and radio waves that we sent out in the 1800's not leaving earth at the speed of light? I know I flunked out of physics, but... What am I missing here?
 
Diffusion

Please.

In the phenomenological approach, according to Fick's laws, the diffusion flux is proportional to the negative gradient of concentrations. It goes from regions of higher concentration to regions of lower concentration. Some time later, various generalizations of Fick's laws were developed in the frame of thermodynamics and non-equilibrium thermodynamics.

So get that weak trash out of here.
 
Please.

In the phenomenological approach, according to Fick's laws, the diffusion flux is proportional to the negative gradient of concentrations. It goes from regions of higher concentration to regions of lower concentration. Some time later, various generalizations of Fick's laws were developed in the frame of thermodynamics and non-equilibrium thermodynamics.

So get that weak trash out of here.

I had just typed exactly that post. :/
 
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