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Book Review and Giveaway: Earthrise: My Adventures As An Apollo 14 Astronaut by Edgar Mitchell

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Book review by David Freiberg: Universe Today Book Reviewer

Most of us get up in the morning, shower, eat breakfast and sleepily make our way to work. Whether we work in an office, outdoors, with the public or in any number of exciting Earth-based careers, our daily commute can hardly compare to that of a moon astronaut! In Earthrise: My Adventures As An Apollo 14 Astronaut, Edgar Mitchell shares his personal story of how he came to share a career with a scarce 11 other people in history.

This new book tells the story Mitchell’s life; he started out as a farm boy from a small town in New Mexico who grew up in a normal family and lived a normal life but he worked hard enough and got lucky enough to go to the Moon. He wasn’t born into it, and he wasn’t so supremely gifted that he aced everything he tried in his life. He had the willpower to work through years of training, and he had the courage to get into a gigantic rocket that would launch him a quarter of a million miles through space, even though the last people who had tried to go to the Moon were lucky to get back alive.

And, being a real person doing an extraordinary thing, he came back changed by the experience.

Despite the trials and tribulations of training, of flying there, of a close call with a malfunctioning “abort” button, and of the moonwalk itself, Edgar details how the ride home was the most life-changing part of the entire journey. As he saw the Earth shining in front of him, he described a sensation he called metanoia that was to shape the rest of his life. He’d explored as much of outer space as current technology would allow: now he wanted to do the opposite and explore the mind. Though he’d always been interested in topics like ESP (he even conducted his own ESP experiment with a few doctors on Earth during the mission), it was easy to see how it changed his perspective on everything. And, from his descriptions, he’s not the only Apollo astronaut to have a different perspective on life after the mission: they were real people, after all, and if you went to the Moon, you’d probably be changed as well.

That’s where “Earthrise” really shines: you get the idea that you too could do the same thing if you were willing to work for it. This book is strongly recommended for all children who are interested in space; as Edgar Mitchell was inspired by stories of Roswell and of Buck Rogers when he was young, perhaps a child who reads this very book will someday fly around the Moon and watch the Earth come up.

About the authors: Dr. Edgar Mitchell was a pilot in the historic 1971 Apollo 14 mission and the sixth man to ever walk on the Moon. He is the author of “Paradigm Shift,” “The Space Less Traveled,” and “The Way of the Explorer,” and recipient of the Presidential Medal of Freedom, the NASA Distinguished Service Medal, three NASA Group Achievement Awards and was nominated for the Nobel Peace Prize in 2005. He is the founder of the renowned Institute of Noetic Sciences and lives in Lake Worth, Florida. Ellen Mahoney has worked for Walt Disney Imagineering and produced radio features for the BBC Science in Action show. She is an instructor of journalism at Metro State University of Denver and lives in Boulder, Colorado. Dr. Brian Cox is a professor of particle physics at the University of Manchester School of Physics and Astronomy, Manchester, England. He presents space and science programs on BBC radio and television, including “Wonders of the Universe.”

Universe Today and Chicago Review Press are pleased to be able to offer three free copies of “Earthrise: My Adventures as An Apollo 14 Astronaut” to our readers. This contest is open to US and Canadian residents only. In order to be entered into the giveaway drawing, just put your email address into the box at the bottom of this post (where it says “Enter the Giveaway”) before Wednesday, April 30, 2014. If this is the first time you’re registering for a giveaway, you’ll receive a confirmation email immediately where you’ll need to click a link to be entered into the drawing. For those who have registered previously, you’ll receive an email later where you can enter this drawing.

If you are not lucky enough to win one of our three free copies, or if you don’t want to wait, you can purchase the book from Amazon.com.

This giveaway is closed. Click this link to see our active giveaways

Comments on this entry are closed.

  • Olaf April 25, 2014, 2:40 PM

    It would be nice the moon stories would take a none-popular approach.

    Everyone knows about the apollo computer, but it is a very hidden secret that big computers on earth was doing the real calculations sent by telemetry. It is a very interesting story to see how that the Apollo could be tracked within 10 meters from earth and within 0.5 m/s speed.

    It is also a very hidden secret that the so called manual control on Apollo 11 was not that manual at all. The joystick was still controlled by the computer in the same way like you drive a car in automatic.

    It is also hidden how the apollo navigated. The apollo had a stable platform. But that stable platform needed to be set to 0,0,0 by pointing the apollo at a star.

    Even the orbit would be very cool to explain on Universe today. The fact that the inclination was chosen in such a way that is only skimmed the outer inner radiation belt would be very interesting.

    The launch sequence of the Saturn 5 is also very cool to discuss on UT.

    Most people never heard of the Ullage maneuver. In space the liquids floats, so in order to make the fuel get near the pump you need to fire the thrusters to create an acceleration prior to start the engine.

    The RCS thrusters are also very cool to educate people to. The Thrusters burned up and had ablative material inside. It cooled itself by burning its walls.

    The capsule entry phase is also interesting. The capsule had an off centre axis. The capsule could be steered up and down even sideways just by rotation the capsule during atmospheric entry. It actually went down, then up again and down again to reduce speed.

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