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Tracking the Temporal-Evolution of Supernova Bubbles in Numerical Simulations

The study of low-dimensional, noisy manifolds embedded in a higher dimensional space has been extremely useful in many applications, from the chemical analysis of multi-phase flows to simulations of galactic mergers. Building a probabilistic model of the manifolds has helped in describing their essential properties and how they vary in space. However, when the manifold is evolving through time, a joint spatio-temporal modelling is needed, in order to fully comprehend its nature. We propose a first-order Markovian process that propagates the spatial probabilistic model of a manifold at fixed time, to its adjacent temporal stages. The proposed methodology is demonstrated using a particle simulation of an interacting dwarf galaxy to describe the evolution of a cavity generated by a Supernov

The Independent and Montgomery Transcript, V. 86, Thursday, September 15, 1960, [Number: 16]

[12] p. Accept and Defend the Truth. Newspaper published in Collegeville, Pa. Weekly. Contains local, county, state and national news, editorials, letters, classified and local business advertisements.https://digitalcommons.ursinus.edu/independent_montgomery/1361/thumbnail.jp