One of the most influential science fiction writers of the 20th and 21st century, Arthur C. Clarke is the author of over 100 novels, novellas, and short story collections that laid the groundwork for the science fiction genre. Combining scientific knowledge and visionary literary aptitude, Clarke's work explored the implications of major scientific discoveries in astonishingly inventive and mystical settings.
Clarke's short stories and novels have won numerous Hugo and Nebula Awards, have been translated into more than 30 languages, and have sold millions of copies worldwide. Several of his books, including 2001: A Space Odyssey and 2010: Odyssey II, have been adapted into films that still stand as classic examples of the genre. Without a doubt, Arthur C. Clarke's is one of the most important voices in contemporary science fiction literature.
A century into the future, technology has solved most of the problems that have plagued our time. However, a new problem is on the horizon-one greater than humanity has ever faced. A massive asteroid is racing toward the earth, and its impact could destroy all life on the planet.
Immediately after the asteroid-named "Kali" after the Hindu goddess of chaos and destruction-is discovered, the world's greatest scientists begin their search for a way to prevent disaster. In the meantime, Captain Robert Singh, aboard the starship Goliath, may be the only person who can stop the asteroid. But this heroic role may demand the ultimate sacrifice.
More than two thousand years in the future, a small human colony thrives on the ocean paradise of Thalassa-sent there centuries ago to continue the human race before the Earth's destruction.
Thalassa's resources are vast-and the human colony has lived a bucolic life there. But their existence is threatened when the spaceship Magellan arrives on their world-carrying one million refugees from Earth, fleeing the dying planet.
Reputed to be Arthur C. Clarke's favorite novel, Songs of Distant Earth addresses several fascinating scientific questions unresolved in their time-including the question of why so few neutrinos from the sun have been measured on Earth. In addition, Clarke presents an inventive depiction of the use of vacuum energy to power spacecraft-and the technical logistics of space travel near the speed of light.
The third book in Clarke's beloved Space Odyssey series, 2061: Odyssey Three returns to Heywood Floyd, survivor of two previous encounters with the mysterious monoliths and the alien intelligences behind them. Floyd is chosen as one of a handful of celebrity guests to witness the first manned touchdown on the surface of Halley's Comet on the privately-owned spaceship Universe.
But the touchdown is not fated to go as planned. On Jupiter's moon Europa, which has undergone a transformation after events at the end of 2010: Odyssey Two, scientists have spotted the sudden growth of a gigantic, asymmetrical mountain determined to be one single enormous diamond-a fragment of Jupiter's core. The Universe's sister ship, Galaxy, is hijacked and forced to crash into Europa's ocean-and the Universe is diverted from its original mission to rescue the crew.
In this book, Heywood Floyd must once again survive an encounter with HAL, David Bowman, and the mysterious monolith-building race with its own hidden agenda-that will shape the destiny of the human race.
