Magicians of the Gods: Updated and Expanded Edition - Sequel to the International Bestseller Fingerprints of the Gods [Paperback]

With over 5 million copies sold worldwide ofFingerprints of the Gods, itsNew York Timesbestselling sequelMagicians of the Godsbrings new evidence supporting Hancock's thesis that a global cataclysm wiped out a great global civilization.

On the heels of the very successful hardcover edition, Hancock returns with this paperback version including three new chapters brimming with recent reporting of fresh scientific advances (ranging from DNA to astrophysics) that substantially support his case.

Twenty years ago, Graham Hancock published Fingerprints of the Gods an astonishing, deeply controversial investigation of the mysteries of and the evidence for Earth's lost prehistoric civilization. Twenty years after this massive bestseller debuted, Hancock returns with its sequel, filled with completely new scientific and archaeological evidence.

Since 2007, a host of new proof has come to light supporting his theories through new archaeological discoveries. He travels to a wholly different set of ancient sites, including Gobekli Tepe, and brings entirely up to date and exciting material to the table for fans eagerly awaiting more evidence in favor of the prehistoric civilization. And, even more intriguing, he proposes an answer to the one question he could not answer in Fingerprints what caused this civilization to disappear. Magicians is poised perfectly for what his fans want to hear as well as for ushering in a new generation of readers.

GRAHAM HANCOCK is the author of the major international non-fiction bestsellers includingThe Sign and the SealandFingerprints of the Gods. His books have sold more than seven million copies worldwide and have been translated into thirty languages. His public lectures, radio and TV appearances, including TV series,Quest For The Lost CivilizationandFlooded Kingdoms of the Ice Age, as well as his strong presence on the internet, have put his ideas before audiences of lƒ