The universe is yours to grasp!" promises the back cover of this clear and comprehensive guide to astronomy for a general audience. Written by SETI Institute scientist, Cynthia Phillips and co-author Shana Priwer, the book is packed with useful diagrams, photos, tips for backyard stargazers, and fascinating history. The Everything Astronomy Book is a perfect introduction to the night sky for a beginner as well as a handy reference for the book-shelf of anyone captivated by the cosmos.
Some SETI Institute scientists have written, edited, or contributed to books. These publications, which may be available through Amazon.com or your public library, include popular, reference, and textbooks, as well as compilations of scientific articles or papers. In addition, we have included books about the SETI Institute or SETI in general.
In Looking for Life in the Universe, Author Ellen Jackson and photographer Nic Bishop introduce readers to Dr. Jill Tarter, the Bernard Oliver Chair of the SETI Institute, and her thrilling, rigorous, and awe-inspiring work in the field.
Courses on the exciting subject of astrobiology are sprouting up on college campuses like forest mushrooms. This new textbook, co-authored by SETI Institute astronomer Seth Shostak, provides a comprehensive treatment of the subject, including the fundamentals of biology, the search for life in the solar system, and SETI. Although intended for classroom use, this imposing, richly illustrated tome is a great read and a handy reference for all those interested in the possible existence of, and search for, life beyond Earth.
In their newly-released book, authors Seth Shostak and Alex Barnett ponder the possibility of alien life, and the consequences of receiving a signal from the cosmos. They explain why scientists think sentient life might exist on other worlds, how we could discover it, and what it might be like. Entertaining and informative, this hard cover book is lavishly illustrated.
Is intelligent life merely a bit player in the enormous pageant of the cosmos? Or is it destined to become something vastly more important: the architect of the universe and of other universes to come?
James Gardner carefully reviews all the best ideas on how to understand the cosmos’s apparent biological imperative and then puts forth a new, and strikingly dramatic, suggestion of his own, one that makes use of the exciting field of complexity science: the “Selfish Biocosm” hypothesis.
His childhood curiosities and unusual education- The scientific climate of Einstein's time and the people who influenced him- His theories, their impact, and their potential for future application- Einstein's philosophies on war, religion, and pacifism- Einstein in America
In the jungle of Puerto Rico, next to a giant aluminum telescope bowl, we meet astronomers Peter Backus and Jill Tarter of the SETI (Search for Extraterrestrial Intelligence) program. This research program is determined to find evidence of extraterrestrial life by searching for its radio signals. They hope to catch radio waves created by some kind of life far out in space. These scientists love their work: "Arriving in the control room, Jill puts on a tape of her favorite samba music by a group called Viva Brazil.
Merely a decade ago there were no known planets orbiting sunlike stars outside our own solar system. In the past ten years, however, fast-paced developments in astronomy have revealed over 140 extrasolar planets--with more discoveries surely on the way. Though it will be years before we have direct images of these far-flung worlds, this lavishly illustrated book gives us an idea of what they might look like.
Sure, you’ve heard of Einstein’s Theory of Relativity. But do you really know what it means? And even if you do there’s a lot more to be learned about this eccentric genius. Did you know he worked to develop hearing aids? Or that a student actually spotted a mistake in one of his papers? And you’ll never guess what happed to Einstein’s brain after he died.
Inside these pages, you’ll learn about how and why:
Research on extrasolar planets is one of the most exciting fields of activity in astrophysics. In a decade only, a huge step forward has been made from the early speculations on the existence of planets orbiting "other stars" to the first discoveries and to the characterization of extrasolar planets. This breakthrough is the result of a growing interest of a large community of researchers as well as the development of a wide range of new observational techniques and facilities.