Although massive stars (commonly defined as those in excess of about eight solar masses, or with initial luminosities of a thousand times the solar luminosity or more) have an enormous impact on the galactic environment, how they form has been a mystery. The solution probably involves the existence of accretion disks. Rotational motions have been found in the gas surrounding young high-mass stars, which suggests that non-spherical accretion could be the fundamental ingredient of the massive-star formation recipe.

The critical role of disks in the formation of high-mass stars / R. Cesaroni, D. Galli, G. Lodato, M. Walmsley, Q. Zhang. - In: NATURE. - ISSN 0028-0836. - 444:7120(2006 Dec), pp. 703-706.

The critical role of disks in the formation of high-mass stars

G. Lodato;
2006

Abstract

Although massive stars (commonly defined as those in excess of about eight solar masses, or with initial luminosities of a thousand times the solar luminosity or more) have an enormous impact on the galactic environment, how they form has been a mystery. The solution probably involves the existence of accretion disks. Rotational motions have been found in the gas surrounding young high-mass stars, which suggests that non-spherical accretion could be the fundamental ingredient of the massive-star formation recipe.
dic-2006
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/68006
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