Galileo and 400 Years of Telescopic Astronomy (Astronomers' Universe)

Galileo and 400 Years of Telescopic Astronomy (Astronomers' Universe)

Peter Grego, David Mannion

Language: English

Pages: 310

ISBN: 1441955704

Format: PDF / Kindle (mobi) / ePub

In 1609 Galileo first used his telescope to kick start the science of observational astronomy - an event that proved to be of enormous historic, scientific, and cultural importance. Galileo and 400 Years of Telescopic Astronomy will feature the life and achievements of Galileo, around which has pivoted the story of four centuries of telescopic astronomy. The book will detail how astronomy has progressed through four centuries and contain glimpses of future space research and astronomy goals. Uniquely, interwoven with the text will be a range of practical projects for backyard astronomers in which to participate, projects that serve to illustrate many of Galileo's scientific discoveries.

CliffsQuickReview Astronomy

The Search for Life Continued: Planets Around Other Stars (Springer Praxis Books / Popular Astronomy)

The Making of Copernicus: Early Modern Transformations of a Scientist and His Science (Intersections)

The Essential Cosmic Perspective (6th Edition)

The Cosmic Keyhole: How Astronomy Is Unlocking the Secrets of the Universe (Astronomers' Universe)

Star Maps: History, Artistry, and Cartography





















Was just one of a broader mass of stars contained within a vast star system containing countless thousands of stars. In the mid-eighteenth century, Thomas Wright was most perceptive in suggesting that the band of the Milky Way was caused by our view from deep within a vast, flat, millwheel-shaped star system; he found no evidence that the Sun lay at the Galaxy’s center, or that the system was finite in breadth. Thomas Wright’s 1750 concept of the Galaxy’s layout Herschel’s Insights From.

Sun; he was off by several orders of magnitude. The Sun is actually 400 times further away than the Moon and is 400 times the Moon’s diameter (109 times the diameter of Earth and 1,300,000 times Earth’s volume). Eratosthenes Takes Measures Mathematics and geometry proved invaluable tools in attempting to understand the scale of the Universe. Eratosthenes of Cyrene (276–194 BCE) used observation and trigonometry to derive a number of astronomical distance measurements, among them a remarkably.

Hampshire Astronomical Society Dartmouth College Department of Physics and Astronomy 6127 Wilder Laboratory Hanover, NH 03755 3528 Tel: (603) 646 2854∼physics/ New Jersey New Jersey Astronomical Association Amateur Astronomy Association of Princeton P.O. Box 2017 Princeton, NJ 08543 New Mexico The Albuquerque Astronomical Society New York Amateur.

Ritter Planetarium and Brooks Observatory The University of Toledo 2801 W. Bancroft Street Toledo, OH 43606-3390 Perkins Observatory P.O. Box 449 Delaware, OH 43015 Tel: (740) 363 1257 Wesleyan University Department of Astronomy Van Vleck Observatory 96 Foss Hill Drive Middletown, CT 06459 Tel: (860) 685 2130 Oklahoma Astronomy Club of Tulsa P.O. Box 470611 Tulsa, OK 74147-0611.

Radiation is in our line of sight (like a lighthouse beam). The pulses are extremely regular and range from milliseconds to several seconds. There are more than 1,600 pulsars that have been observed in our galaxy, the first discovered by Jocelyn Bell in 1967. The Crab Nebula which is the supernova remnant of the supenova seen in 1054 by the Chinese, has a 33-ms pulsar that has been observed at all wavelengths from radio to gamma rays. QuadrantAn ancient instrument used to measure the altitude of.

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