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1
HYDROGEN FUSION IN HIGH-MASS STARS
2
FUSION OF HEAVIER NUCLEI
3
SUPERGIANTS
4
HIGH-MASS EVOLUTIONARY TRACKS
5
THE END OF FUSION
6
PHOTODISINTEGRATION
7
CORE BOUNCE
8
CORE COLLAPSE SUPERNOVA
9
THE WRECKAGE
10
TYPES OF SUPERNOVAE
11
TYPE IA SUPERNOVAE
12
MERGING WHITE DWARFS
13
SUPERNOVA LIGHT CURVES
14
STANDARD CANDLES
15
SUPERNOVA REMNANTS
16
RELICS OF THE FALL
Description:
Explore the fascinating journey of high-mass stars in this 35-minute astronomy lecture. Delve into the complex processes of hydrogen fusion and the fusion of heavier nuclei in massive stars. Examine the formation of supergiants and trace their evolutionary paths. Investigate the dramatic end of fusion, photodisintegration, and the phenomena of core bounce and core collapse supernovae. Learn about the aftermath of these cosmic explosions, including the various types of supernovae and their remnants. Discover the significance of Type Ia supernovae as standard candles in astronomical measurements. Gain insights into merging white dwarfs and the intriguing light curves of supernovae. Conclude by examining the relics left behind by these stellar cataclysms, offering a comprehensive understanding of the life cycle and fate of high-mass stars in the universe.

General Astronomy - The Fates of High-Mass Stars

Spahn's Science Lectures
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