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Unsolved problems in astrophysics / Edited by John N. Bahcall and Jeremiah P. Ostriker.

Contributor(s): Bahcall, John Norris | Ostriker, J. PMaterial type: TextTextSeries: Princeton series in astrophysicsPublication details: New Jersey, USA : Princeton University Press, 1997. ISBN: 0691016070; 0691016062
Contents:
1. The Cosmological Parameters -- 2. In the Beginning -- 3. Understanding Data Better with Bayesian and Global Statistical Methods -- 4. Large-Scale Structure in the Universe -- 5. Unsolved Problems in Gravitational Lensing -- 6. What Can Be Learned from Numerical Simulations of Cosmology -- 7. The Centers of Elliptical Galaxies -- 8. The Morphological Evolution of Galaxies -- 9. Quasars -- 10. Solar Neutrinos: Solved and Unsolved Problems -- 11. Particle Dark Matter -- 12. Stars in the Milky Way and Other Galaxies -- 13. Searching for MACHOs with Microlensing -- 14. Globally Asymmetric Supernova -- 15. In and Around Neutron Stars -- 16. Accretion Flows Around Black Holes -- 17. The Highest Energy Cosmic Rays -- 18. Toward Understanding Gamma-Ray Bursts.
Holdings
Item type Home library Call number Status Date due Barcode Item holds
Two Week Loan Two Week Loan College Lane Learning Resources Centre
Main Shelves 		523.01 UNS (Browse shelf(Opens below)) Available 4403789845
Total holds: 0

Enhanced descriptions from Syndetics:

1. The Cosmological Parameters -- 2. In the Beginning -- 3. Understanding Data Better with Bayesian and Global Statistical Methods -- 4. Large-Scale Structure in the Universe -- 5. Unsolved Problems in Gravitational Lensing -- 6. What Can Be Learned from Numerical Simulations of Cosmology -- 7. The Centers of Elliptical Galaxies -- 8. The Morphological Evolution of Galaxies -- 9. Quasars -- 10. Solar Neutrinos: Solved and Unsolved Problems -- 11. Particle Dark Matter -- 12. Stars in the Milky Way and Other Galaxies -- 13. Searching for MACHOs with Microlensing -- 14. Globally Asymmetric Supernova -- 15. In and Around Neutron Stars -- 16. Accretion Flows Around Black Holes -- 17. The Highest Energy Cosmic Rays -- 18. Toward Understanding Gamma-Ray Bursts.

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