Chapter 11 The Sun, Our Star
chromosphere Maunder minimum radiative zone
convective zone neutrino solar cycle
corona nuclear force solar wind
coronal holes nuclear fusion spicules
cosmic rays photosphere sunspots
granulation prominences thermonuclear core*
hydrostatic equilibrium proton-proton chain aurora borealis*
Chapter 12 Measuring the Properties of Stars
binary stars magnitudes red giants
dwarfs mass-luminosity relation spectral classes
eclipsing binary method of standard-candles spectroscopic binary
giants parallax triangulation
H-R diagram parsec variable stars
inverse-square law period visual binaries
luminosity radial velocity white dwarfs
Chapter 13 Stellar Evolution
Crab Nebula nucleosynthesis supernova
degenerate gas period-luminosity law supernova remnant
instability strip planetary nebula triple-alpha process
interstellar cloud protostar T Tauri stars
main-sequence lifetime red giant turnoff point
Chapter 14 Stellar Remnants: White Dwarfs, Neutron Stars, and Black Holes
accretion disk gravitational redshift type I supernova
black hole gravitational waves white dwarfs
Chandrasekhar limit Hawking radiation x-ray binaries
compact stars neutron star
conservation of angular momentum
curvature of space nova
degeneracy pressure pulsars
escape velocity relativity ( Einstein’s special, general )*
event horizon Schwarzschild radius
glitches synchrotron radiation