02-18-2005, 05:21 AM
A "brick" object was discovered on Mars,
with size about 120x120x20 mm.
What are the chances that such an object was formed by coincidence? They are far less than for 10 lottery drawings in a row, to produce the same numbers.
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!
PROOF
1. Chances of a naturally produced rock of about 10x10x3 mm being a rectangular shape, are less than 1/10, we know it from observations on the Earth and of Mars pictures.
It is a rule of statistical physics, that
p(V2) = p(V1)**(V2/V1)
in out case V2/V1= (120*120*20)/(10*10*3) = 956
p(V2)=<1.0e-956
Let us say that every pixel on the 1000000 of Mars pictures could be a rock; it gives N=1.0e+12 rocks
Expected number of rectangular rocks of volume V2 then would be N*p(V2) = 1.0e-944
What it means is that if it were a coincidentally formed, to get the picture of a brick that we have, we would need to photograph Mars about <google in power ten> years in a row, which is still about <google in power ten> times longer than our universe have existed
http//qt.exploratorium.edu/mars/sp...00P2519L7M1.JPG
the brick is on the upper left
---------------------------------------------
If I could... Then I would... Turn back time!!
with size about 120x120x20 mm.
What are the chances that such an object was formed by coincidence? They are far less than for 10 lottery drawings in a row, to produce the same numbers.
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!
PROOF
1. Chances of a naturally produced rock of about 10x10x3 mm being a rectangular shape, are less than 1/10, we know it from observations on the Earth and of Mars pictures.
It is a rule of statistical physics, that
p(V2) = p(V1)**(V2/V1)
in out case V2/V1= (120*120*20)/(10*10*3) = 956
p(V2)=<1.0e-956
Let us say that every pixel on the 1000000 of Mars pictures could be a rock; it gives N=1.0e+12 rocks
Expected number of rectangular rocks of volume V2 then would be N*p(V2) = 1.0e-944
What it means is that if it were a coincidentally formed, to get the picture of a brick that we have, we would need to photograph Mars about <google in power ten> years in a row, which is still about <google in power ten> times longer than our universe have existed
http//qt.exploratorium.edu/mars/sp...00P2519L7M1.JPG
the brick is on the upper left
---------------------------------------------
If I could... Then I would... Turn back time!!
