Re:Repeating Radio Signals Coming from Distant Galaxy Detected
by low_battery on Thursday August 31, 2017 @03:57PM
(#15143366)
well, lets say fi < 1e-9 fl < 1e-12 and its a mostly a desert outside.
Re:Repeating Radio Signals Coming from Distant Galaxy Detected
by sqeaky on Thursday August 31, 2017 @06:56PM
(#15144683)
My post had the formatting screwed up, but you didn't even try to show your work. You are just presuming what you think or want to be true without putting even the theoretical work into it.
Anyway, Here is a simple description I snagged from google search [1]:
> The Drake Equation is: > N = R * fp * ne * fl * fi * fc * L > > where: > N = The number of broadcasting civilizations. > R = Average rate of formation of suitable stars (stars/year) in the Milky Way galaxy > fp = Fraction of stars that form planets > ne = Average number of habitable planets per star > fl = Fraction of habitable planets (ne) where life emerges > fi = Fraction of habitable planets with life where intelligent evolves > fc = Fraction of planets with intelligent life capable of interstellar communication > L = Years a civilization remains detectable
Now grab a pen and cocktail and make the math do whatever you want. I think that is you stick to realistic numbers you will get reasonably high values. But we might just disagree there.
[1] http://www.astrodigital.org/astronomy/drake_equation.html