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The idea held sway as the dominant theory for planetary formation for nearly forty years—du <a href=https://www.cup-stanley.pl>bidon stanley</a> ring which time it had a profound impact on how we viewed geology, climate, evolution and the possible existence of life on other plan <a href=https://www.canada-stanley.ca>canada stanley</a> ets. One geologist even proclaimed it to be the greatest contribution to theoretical science since the Darwinian renaissance in biology. In retrospect, that level of enthusiasm is a bit embarrassing, since the Planetesimal Hypothesis was eventually proven to be mind-bogglingly wrong. But, at the time, scientists embraced the idea, since it offered a practical alternative to the existing theory, the Nebular Hypothesis, which was slowly collapsing beneath the weight of new discoveries. Spinning a Theory The French mathematician Pierre-Simon Laplace unveiled the Nebular Hypothesis in 1796, when he published his Exposition du Systéme du Monde The System of the World . Briefly, Laplace theory amounts to this: originally all matter in the solar system was contained in one slowly rotating, huge spherical nebula, roughly 10,000 times the diameter of the sun. With the passage of time, gravity caused the cloud to contract and rotate faster. Gradually, the rotation flattened the cloud so that it took the shape of a spinning disk. Laplace claimed tha <a href=https://www.cup-s |