Sventeenth century Mathematician Johannes keplar defined some basic
rules for the how the planets move, and g iven his predilections for contemplating spheres,
he suggested in 1611 that the most efficient way to stack spheres was in a pyramid
formation.But he was unable to prove it in a mathematically satisfactory way, and the idea
remained unproven for 400 years.
New Scientist reports that a scientist named Thomas Hales successfully
confirmed Kepler's hypothesis to be true this past Sunday with help from a computer.Hales
first proved it himself by hand in a 300-page paper in 1998, but his solution was only
deemed 99% certain to be correct.
He enlisted help from computers under Isabelle and HOL Light, went to work
formally validating each of the steps in logic required to arrive at the conclusion that
spheres are most efficiently arranged in a pyramid shape.
Hales is glad at having his hard work confirmed to be totally correct, but the real
significance of the Flyspeck Project is that computers can do the tedious work of double-
checking logical proofs while mathematicians are left to ponder their next great problems.
This technology cuts the mathematical referees out of the verification process,
Hales told New Scientist. "Their opinion about the correctness of the proof no longer
matters."Grocers around the world rejoice as they continue stacking oranges the way they
always have. more information >>
Hi fnd.. Read mathematician Johannes keplar...
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