Chapters abound with well illustrated coverage of space stations, global launchsites, earth from space as well as the resources atmosphere to oceans that are affected by space. Beyond the planets, extensive data, photos and illustrations depict the specifications of galaxies like the ,,, stars of the Milky Way, asteroids paths, comets, nearby and distant stars and a host of planetary nebulae. The vast array of equipment, both here on earth and launched into the cosmos is revealed in illuminating detail as well. Combining the best of the NASA imagery from our universe is a broad goal, but one this page, large format book seems to accomplish well.
Space: From Earth to the Edge of the Universe
Sep 26, Ethan C rated it it was amazing. The cover is nothing spectacular, just a picture of one of the gas giants of the solar system I forgot which But once you open the book, you get a stunning display of high definition images coming from a wide variety of ground based, and orbiting telescopes. Adding to the images, you can also see a wide variety of diagrams showing star birth, black holes, and other interesting con When I first picked up the book Space: From Earth to the Edge of the Universe, I had no idea what I was in for.
Adding to the images, you can also see a wide variety of diagrams showing star birth, black holes, and other interesting concepts. The text is just as good, explaining subject such as the big bang, quasars, pulsars, planetary nebulae, and many other wonders of the universe. I will admit that this book was probably a little advanced for me in 7th grade, but it was interesting none the less. Dec 17, Ahmad Anz rated it it was amazing. Awesome book! With great images and illustration.
I'm not a physicist but interested in astronomy and cosmology. This book gives me new enlightments about it. May 03, Beth rated it really liked it Shelves: genre-nonfiction , Filled with stunning images, this book takes the reader from Earth all the way through the planets and moons of the solar system, through the Milky Way, and on to the farthest reaches of the observable universe. The pictures are beautiful and the explanations are easy to understand, although once the topics move towards faraway galaxies the vast distances and sheer enormity of it all is hard to wrap my brain around.
Book Review: Space - From Earth to the Edge of the Universe - Explore Deep Space
At nearly 7 years old published in , this book is starting to show its age Filled with stunning images, this book takes the reader from Earth all the way through the planets and moons of the solar system, through the Milky Way, and on to the farthest reaches of the observable universe. At nearly 7 years old published in , this book is starting to show its age. But according to a new study published online this week , it might be high time Earthlings shifted our mental and mathematical ideas about where, exactly, Earth's atmosphere ends and outer space begins.
If astrophysicist Jonathan McDowell's calculations are correct, the cosmic boundary where the laws of airspace suddenly give way to the laws of orbital space might be a lot closer than we think — a full 12 miles closer than previous estimates suggest. Here's the problem: According to McDowell, that Karman line that many scientists accept today is based on decades of misinterpreted information that doesn't actually take real orbital data into account.
Luckily, data is McDowell's business and his pleasure — in his free time he keeps meticulous records of every rocket launch on Earth and he knew just where to look to find an evidence-based answer to the question, "Where does space begin? Most of these satellites were negligible to McDowell's study — they orbited far higher than the proposed Karman line, and were well within the grasp of orbital space.
About 50 of these satellites, however, stood out.
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While re-entering the atmosphere at the end of their missions, each of these satellites successfully completed at least two full rotations around the Earth at altitudes below 62 miles. The Soviet Elektron-4 satellite, for example, circled the planet 10 times at around 52 miles before tumbling into the atmosphere and burning up in It seemed clear from these cases that the physics of space still held sway well below the Karman line.
When McDowell used a mathematical model to find the exact point at which various satellites finally broke loose of their orbits and made a fiery return to the atmosphere, he found that this could occur anywhere between 41 to 55 miles. Usually though, when a craft dipped below the mile mark, there was no hope of escape.
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