Experience the drama of the explosive cosmos and the astonishing discoveries being made about the universe's wildest phenomena.

The violent birth of the universe was only the first bang of a very bumpy ride. This unfathomably cacophonous beginning has spawned blasts, implosions, cosmic cannibalism, collisions, and countless other fleeting energetic events punctuating the cosmos. Although often brief, these transient phenomena pack a powerful punch.

Armed with decades of theoretical progress, unrivaled computing power, and cutting-edge technology, astronomers find themselves at the cusp of understanding not just the events themselves, but also how those events reveal the story of the entire cosmos. In Things That Go Bump in the Universe, astronomer and science writer C. Renée James introduces us to her colleagues around the world, who are using pioneering research techniques to explore everything from the very first explosions in the universe to the dark energy that could destroy it all. Along the way, James describes the history of transient astronomy, how the universe presents itself through various astronomical messengers, and the unexpected connections between different phenomena. Capturing the drama of a wild, violent cosmos for the curious reader, James explains a different category of transient event in each chapter, using easy-to-understand metaphors and stories to explain the science behind these awe-inspiring, cosmological encounters.

Things That Go Bump in the Universe explores the incredible discoveries being made in this revolutionary field, the tools used to detect cosmic events, and the astronomical mysteries that continue to puzzle observers and theorists. James weaves together the stories of our turbulent universe—informative, entertaining, frequently perplexing, and occasionally philosophical—and the people who are trying to make sense of it.

Book Information
ISBN 9781421446936
Author C. Renée James
Format Hardback
Page Count 304
Imprint Johns Hopkins University Press
Publisher Johns Hopkins University Press
Weight(grams) 612g