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Starts With A Bang #54 — The Origin Of Stars

by | Mar 4, 2020 | New, News

If you genuinely want something, don’t wait for it – – teach yourself to be impatient.

— Gurbaksh Chahal

The polarized dust in the Milky Way, shown here, is the material from which new stars in our galaxy will form. (ESA / the Planck Collaboration)

Starts With A Bang #54 — The Origin Of Stars

Ever wonder, exactly, how stars form from molecular gas and dust? So do scientists.

One of the great challenges for astronomy is to determine, in gory detail, how stars are formed from a mere cloud of molecular gas and dust. Although the general picture is simple, where gravitational collapse leads to protostars that ignite nuclear fusion in their cores, the actual environments where these stars are born have many competing factors at play. Gravitational collapse is only one of them, joined by thermal heating and radiative cooling, magnetic fields and hydrodynamics, as well as stellar winds, ultraviolet radiation, and feedback from a variety of sources.

Here to help us disentangle what’s important, where, and when is Ph.D. candidate Mike Chen, an astrophysicist specialized in the formation of stars at the University of Victoria.

https://medium.com/media/6c422d4d8ab3ff381a49ce790b180338/href

If you’ve ever wondered how we actually form stars in our Universe, this edition of the Starts With A Bang podcast is for you!

Starts With A Bang #54 — The Origin Of Stars was originally published in Starts With A Bang! on Medium, where people are continuing the conversation by highlighting and responding to this story.

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antitail, n.

antitail, n. A luminous protuberance which appears to extend from a comet's head towards the sun.

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