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Book Synopsis

A Crack in Everything is the story of how black holes came in from the cold and took cosmic centre stage. As a journalist, Marcus Chown interviews many of the scientists who made the key discoveries, and, as a former physicist, he translates the most esoteric of science into everyday language. The result is a uniquely engaging page-turner that tells one of the great untold stories in modern science.

What is space? What is time? Where did the universe come from? The answers to mankind''s most enduring questions may lie in science''s greatest enigma: black holes.

A black hole is a region of space where gravity is so strong that nothing, not even light, can escape. This can occur when a star approaches the end of its life. Unable to generate enough heat to maintain its outer layers, it shrinks catastrophically down to an infinitely dense point.

When this phenomenon was first proposed in 1916, it defied scientific understanding so much that Albert Eins

A Crack in Everything

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A Hardback by Marcus Chown

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    View other formats and editions of A Crack in Everything by Marcus Chown

    Publisher: Bloomsbury Publishing PLC
    Publication Date: 6/6/2024
    ISBN13: 9781804544327, 978-1804544327
    ISBN10: 1804544329

    Description

    Book Synopsis

    A Crack in Everything is the story of how black holes came in from the cold and took cosmic centre stage. As a journalist, Marcus Chown interviews many of the scientists who made the key discoveries, and, as a former physicist, he translates the most esoteric of science into everyday language. The result is a uniquely engaging page-turner that tells one of the great untold stories in modern science.

    What is space? What is time? Where did the universe come from? The answers to mankind''s most enduring questions may lie in science''s greatest enigma: black holes.

    A black hole is a region of space where gravity is so strong that nothing, not even light, can escape. This can occur when a star approaches the end of its life. Unable to generate enough heat to maintain its outer layers, it shrinks catastrophically down to an infinitely dense point.

    When this phenomenon was first proposed in 1916, it defied scientific understanding so much that Albert Eins

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