EcK
The Memes Justify the End
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again, that's irrelevant.just doing some quick calculations
alpha centauri estimated distance - 4.3 light year(ly). 1ly = 9.3 x 10^12 km. The fastest probe we've sent out, helios, is upwards around 250 x 10^3 km/h. divine, we get like 4 x 10^9 hours or 1.3 x 10^8 days, or around 3.3 x 10^4 years. like 3 thousand years at our best speeds.
We CAN go faster, however. The problem is, if i remember my modern physics right, is that the energy it takes to accelerate closer and closer to c increases exponentially the faster you get.
so if we get a manned spacecraft going 1/2 of c, we COULD get it in there in ten years give or take, is that what is assumed?
Someone find a physics book plz, i'm not at my apartmentfind the energy it takes to accelerate to relativistic speeds, think that's why we would want fusion reactors like jock said.
edit: found it: E (kinetic) = (m c^2)/ (1 - (v/c)^2) - m c^2
Nobody gives a shit about C as long as u can set up a steady stream of ressources, and our solar system could easily provide enough ressources for a thousand earths to live happily. (i could look for precise estimations)
That's why i said we need engineers, not trekkies.