On the capture of comets by the Laplace scheme

Astronomy and Astrophysics – Astronomy

Scientific paper

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Celestial Mechanics, Comets, Gravitational Effects, Solar System, Asteroids, Capture Effect, Jupiter (Planet), Orbital Elements, Theorem Proving, Vector Analysis

Scientific paper

In 1806 Laplace hypothesized an interstellar origin for comets. A theorem is proven whereby a necessary and sufficient condition for the capture of a small solar-system body is an interaction between that body and a planet such that the projection of the body's velocity on the planet's velocity vector decreases by a quantity expressed in terms of the body's velocity at infinity. All the orbital elements of a captured body are determined as a function of the body's velocity at infinity and the capture site. It is shown that Jupiter could capture some 100,000 nuclei of long-period comets were the sun to pass through an asteroid cloud with a mean density between 10 to the -20th and 10 to the -22nd g/cu cm.

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