- Astronomy Information Leaflets
- Black Hole: The Death of a Star
- Black Holes FAQ
- High Energy Astrophysics Science Archive Research Center
- Lectures: Physics Colloquiums: Gravitational Entropy (June '98)
- Virtual Trips to Black Holes and Neutron Stars
Comments: bubl@bubl.ac.uk
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- Astronomy Information Leaflets
- Text from a series of educational leaflets covering a wide range of topics in astronomy and cosmology. Educational use of the information by private individuals or schools is encouraged.
Author: Royal Greenwich Observatory
Subjects: astronomy education, black holes, cosmology, pulsars, satellites, spectroscopy, stars
DeweyClass: 520
Resource type: document collection
- Black Hole: The Death of a Star
- Provides an introduction to the black hole phenomena, including the formation of singularities. Also outlines the physical properties of black holes, and examines the connection between them and the theory of relativity.
Author: Min, Loi Hui; Kiang, Cuandi & Tan Keng
Subjects: black holes
DeweyClass: 523.887
Resource type: documents
- Black Holes FAQ
- Answers to questions such as 'how big is a black hole', 'what is a wormhole' and 'what is a white hole'.
Author: Bunn, Ted
Subjects: astronomy education, black holes, cosmology, stars
DeweyClass: 523.887
Resource type: document
- High Energy Astrophysics Science Archive Research Center
- Includes information on supernovas, X-ray binaries, black holes, and the research programme.
Author: NASA
Subjects: astronomy research, astrophysics, black holes, cosmology, stars, x-rays
DeweyClass: 523.01
Resource type: documents
- Lectures: Physics Colloquiums: Gravitational Entropy (June '98)
- Text of a lecture by the physicist Stephen Hawking, in which he discusses the connection between black holes and entropy, the quantitative measure of the relative disorder of a system.
Author: Hawking, Stephen
Subjects: black holes, gravity
DeweyClass: 523.1
Resource type: article
- Virtual Trips to Black Holes and Neutron Stars
- Descriptions and MPEG animations that simulate travel to black holes and neutron stars. These movies are scientifically accurate computer animations made with strict adherence to Einstein's General Theory of Relativity. The descriptions are written to be understandable on a variety of levels.
Author: Nemiroff, Robert
Subjects: astronomy education, black holes, relativity, space observation, stars
DeweyClass: 523.887
Resource type: moving images
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