by James Schombert
Publisher: University of Oregon 2008
This course is a historical and philosophical review of our cosmological worldview from mythical times to modern science. We will explore topics in the geometry of the Universe, expanding spacetime and the Big Bang, dark matter, black holes and wormholes, quarks and mesons, galaxies and quantum physics. Our goal is to provide the student with a summary of our current understanding of astrophysics as it relates to the structure of the Universe and what topics remain to be explored in the 21st century.
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by N. S. Hetherington, W. P. McCray - American Institute of Physics
From the ancient Greeks to the Hubble Space Telescope - the story of the colorful individuals, startling ideas and ingenious tools that brought us knowledge of the vast universe we inhabit. Written by historians of astronomy, richly illustrated.
by James Schombert - University of Oregon
Cosmology is the newest endeavor into the most basic questions of humankind's existence. The specific goals of this class are: to gain an understanding of basic science that underlies Astronomy and to explore the properties of our Universe.
by Scott Watson - arXiv
A pedagogical treatment of cosmological modeling and inflationary cosmology. Inflation is accepted as a standard scenario making predictions testable by observations. This paper bridges the gap between technical and popular accounts of the subject.
This primer in cosmology introduces the main concepts of the Big Bang theory, discusses the classic tests of the theory, and observations that highlight limitations of the theory and point to a more detailed model of cosmology.