Use of Equations to Predict Crater Sizes on Small Bodies in the Outer Solar System

Asteroid 21 Lutetia is a large, heavily cratered main-belt asteroid (located between the orbits of Mars and Jupiter), made of metal rich rock. It has an irregular shape with estimated dimensions of 132 × 101 × 76 kilometers, and a mass of approximately 1.700 × 1018 kilograms.

This will be a compute based project. Large craters on small bodies are very visible signs of impact damage. As more spacecraft visit or fly by small bodies in the outer solar system more craters are seen. The student will compile updated lists of the larger craters on small bodies, and then try to predict what they would expect based on known models of impact flux combined with equations that predict what sized craters arise from given impacts. The predictions can then be compared to the collected data.

For enquires about the projects please contact Professor Mark Burchell.

To apply please see: https://www.kent.ac.uk/courses/postgraduate/how-to-apply/