Haven ' t seen it yet . the guy thought enough before hand to record the encounter , but couldn ' t think to wear a rubber AND came in her . That was a rookie mistake . Almost cost him dearly if he hadn ' t taken the other precaution . Hope he didn ' t catch any STD ' s from that pos . <| sep |># DANGLE A CARROT TO SCAM SOME MONEY <| sep |> Petty sure Lewis Carroll was a Vulcan . Who else would write a children ' s book that obsessed with logical minutiae ? <| sep |> Source for ibutamoren ? Mk 677 in Canada , or some more feed back on sarms . ca <| sep |> Under our current understanding of physics all truths are not knowable . For example , lets start with a quantum mechanical system . Under Heisenberg ' s uncertainty principle , sigmax sigmap hbar 2 . This means that the uncertainty on simultaneous measurements of anything ' s position and momentum when multiplied together must be greater than a small constant 5 . 271035 m 2 kg s . It follows that , it is impossible to know both the position and momentum of something at the same time with exact precision . To make this example a bit more intuitive , take a one dimensional chaotic system such as a ball bouncing on a sinusoidally driven table . This system can be fully described with a two dimensional phase space where one axis is the position and one is the momentum . A chaotic system ' s evolution depends sensitively on its initial conditions , so any error on the initial measurement of position and momentum will lead to the system quickly evolving away from any predicted trajectory . The exact time evolution of this system is unknowable . If anyone is interested in learning more about chaos I would recommend Nonlinear Dynamics and Chaos by Steven Strogatz .