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Supernova Light Curve & Spectrum of the ejecta
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Classroom Contents
Supernovae and Neutron Stars - Lecture 3
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- 1 AM
- 2 Neutron Stars and Black Holes Lecture - 3: Supernovae and Neutron Stars
- 3 Supernovae and Neutron Stars
- 4 Guest Stars
- 5 A Guest Star appeared in the Andromeda Nebula in 1885
- 6 Supernovae and Cosmic Rays by W. Baade and F, Zwicky
- 7 Between 1932 and 1937:
- 8 Lev Landau
- 9 Landau invents neutron stars in 1938
- 10 Neutronization of matter at high density
- 11 Dynamical instability
- 12 The progenitors of white dwarfs
- 13 The fate of massive stars
- 14 Onset of degeneracy
- 15 Radiation pressure and Degeneracy
- 16 The final moments of a massive star
- 17 Evolution of massive stars
- 18 Neutrino Processes
- 19 Core collapse -Neutron star -Supernova
- 20 Supernova Light Curve & Spectrum of the ejecta
- 21 Theoretical predictions
- 22 Supernova of 23 February 1987 in LMC
- 23 Masses of binary pulsars are very nearly 1.4 M sun
- 24 Type la Supernovae
- 25 Supernova Remnants
- 26 Explosion of massive stars
- 27 Composite image of the baby SNR
- 28 CHANDRA X-ray image of Tycho's SNR
- 29 CHANDRA X-ray image of SNR 1006
- 30 Spectacular composite image of Cassiopeia A Radio, Infrared, X-ray
- 31 CHANDRA X-ray image of SNR 1680. Cassiopeia A
- 32 Interaction of interstellar clouds with expanding supernova bubbles
- 33 The violent Interstellar Medium
- 34 Next Lecture - A Journey to the Center of a Neutron Star
- 35 Q&A
