Golub, Leon (Author)
Pasachoff, Jay M. (Author)
It’s a good story: we are made of matter like that we also find in the stars. Essential to our planet’s existence, the Sun—our nearest star––is also the most fascinating object humans have ever adored, literally the difference between day and night. But getting beyond these basic perceptions requires scientific understanding. What, for instance, is the sun made of? Why does it burn so brightly? How long will it last? This book not only answers these questions but also tells the story of how we came to know—not merely behold—the grandest entity in our sky. Leon Golub and Jay M. Pasachoff offer an engaging and informative account of solar science and its history, drawing on centuries of study by solar astronomers who have looked to the Sun not only to learn about our own solar system but also about what lies in the distant wilderness of faintly glimmering stars. They skim along the surface of the Sun, which is decorated with sunspots, discussing these fascinating magnetic aberrations and the roughly eleven-year cycles they abide. They follow seismic waves into the interior of the Sun and its unending nuclear fusion. They show us what is unveiled in solar eclipses and what new views and knowledge our space exploration has afforded us. They brave solar weather, and they trace the arcs of radiation and particles whose effects we can see on earth in phenomena such as the northern and southern lights. Glowing with a wide assortment of astonishing images, this beautifully illustrated guide will delight everyone, from those who know what a coronagraph is to those who simply like to step out on a bright day, close their eyes, and feel the Sun’s warmth upon their skin.
...More
Article
Clark, Stuart;
(2007)
Astronomical Fire: Richard Carrington and the Solar Flare of 1859
(/isis/citation/CBB000850048/)
Article
Mueller, Paul R.;
(2000)
An Unblemished Success: Galileo's Sunspot Argument in the Dialogue
(/isis/citation/CBB000671368/)
Article
Goldstein, Bernard R.;
Chabás, José;
(2001)
The Maximum Solar Equation in the Alfonsine Tables
(/isis/citation/CBB000100095/)
Book
Clark, Stuart;
(2007)
The Sun Kings: The Unexpected Tragedy of Richard Carrington and the Tale of How Modern Astronomy Began
(/isis/citation/CBB000741831/)
Article
Crowe, Michael J.;
(2011)
The Surprising History of Claims for Life on the Sun
(/isis/citation/CBB001221517/)
Article
Jones, Alexander;
(2000)
Studies in the Astronomy of the Roman Period IV: Solar Tables Based on a Non-Hipparchian Model
(/isis/citation/CBB000111298/)
Article
Han, Qi;
(2011)
Science, Knowledge, and Power: Observations of the Shadows of the Sun and the Kangxi Emperor's Role in the Calendrical Reform
(/isis/citation/CBB001210020/)
Article
Charbonneau, Paul;
(2002)
The Rise and Fall of the First Solar Cycle Model
(/isis/citation/CBB000300072/)
Article
S. Mohammad Mozaffari;
(2016)
A Forgotten Solar Model
(/isis/citation/CBB664237115/)
Article
Pier Franco Nali;
(2022)
Annibale Riccò and the catoptric proof of the Earth’s curvature
(/isis/citation/CBB805153680/)
Article
Wayne Orchiston;
Masato Ishiguro;
(2019)
Highlighting the history of Japanese radio astronomy. 6: Early solar monitoring at the Radio Research Laboratories of the Ministry of Posts and Telecommunications, Hiraiso
(/isis/citation/CBB267596597/)
Book
Tomislav Bilic;
(2021)
The Land of the Solstices: Myth, geography and astronomy in ancient Greece
(/isis/citation/CBB445327472/)
Book
Whitehouse, David;
(2005)
The Sun: A Biography
(/isis/citation/CBB000500274/)
Article
G. Wesley Lockwood;
William Sheehan;
(2023)
The Solar Variations Project at Lowell Observatory. II: A 63-Year Quest to Measure the Sun’s Variability, and What Was Discovered Instead
(/isis/citation/CBB410445049/)
Book
Soon, Willie Wei-Hock;
Yaskell, Steven H.;
(2003)
Maunder Minimum and the Variable Sun-Earth Connection
(/isis/citation/CBB000470162/)
Article
Jean-Pierre Rozelot;
Jagdev Singh;
(2022)
Spectrographic observations of the ionized iron coronal emission lines at Pic du Midi Observatory (F) in the mid-60s
(/isis/citation/CBB032304615/)
Article
Kremer, Richard L.;
(2003)
Wenzel Faber's Table for Finding True Syzygy
(/isis/citation/CBB000470461/)
Article
Vitor Bonifácio;
(2017)
Costa Lobo (1864-1945), the Coimbra Spectroheliograph and the Internationalisation of Portuguese Astronomy
(/isis/citation/CBB675019297/)
Article
Talebian, Mohammad;
Talebian, Ehsan;
(2012)
Alenush Terian: The Iranian Solar Mother
(/isis/citation/CBB001221646/)
Article
Nakajima, Hiroshi;
Ishiguro, Masato;
Orchiston, Wayne;
Akabane, Kenji;
Enome, Shinzo;
Hayashi, Masa;
Kaifu, Norio;
Nakamura, Tsuko;
Tsuchiya, Atsushi;
(2014)
Highlighting the History of Japanese Radio Astronomy. 3: Early Solar Radio Research at the Tokyo Astronomical Observatory
(/isis/citation/CBB001214533/)
Be the first to comment!