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Are we alone? It's an age-old question that was relatively "taboo" in mainstream science until the mid-1990s, when astronomers found planets outside our solar system. Now, Known Universe joins the hunt for alien life as scientists search for planets with similar characteristics to Earth's. We'll take you on a journey to find planets that may support life and show you new space-based technologies that aid in the search for advanced alien civilizations.
Earthquakes and volcanoes pose an unpredictable and deadly threat here on Earth, but they also occur far out in the universe. What can we learn from these interplanetary phenomena that may help us predict when Mother Nature will next unleash her fury? Scientists are looking to Io, a moon of Jupiter that is jam-packed with volcanoes, for insights. Then we'll travel deep under the Earth's crust to see the physical source of these catastrophic events.
More than 70 percent of Earth is covered in water, but we've only explored roughly 5 percent of it. We've roamed even less of our solar system. Now, armed with some of the latest advances in technology, we join scientists on a voyage into the unknown - from the far reaches of space to the extreme depths of our oceans - where new discoveries have experts questioning everything we know about the universe, and ultimately ourselves.
From the enormous universe in which we exist to tiny atoms that make up the building blocks of everything around us, size matters when it comes to understanding the cosmos. Starting with our solar system, we'll explore the true meaning of word "big." Odds are you saw a model of the solar system made in grade school. With incredibly realistic CGI, we'll reveal how that model, if built to scale, wouldn't fit inside a football field, much less a classroom.
Scientists believe that our universe started with a colossal explosion called the Big Bang. That powerful blast created all the matter and energy in the universe and laid the groundwork for every explosion since.
Could an asteroid impact with Earth wipe out the human race? Known Universe explores what is being done to prevent such an Armageddon by heading to the first line of asteroid defense: the Lunar and Planetary Laboratory in Arizona. Here we see the technologies used to monitor the skies for near-Earth objects, including a football stadium-sized rock that will pass close to Earth on Friday the 13th, April 2029. Scientists predict it may be so close that gravity could cause a catastrophic collision.
Our ancestors' relationship with the heavens led to some of mankind's ancient discoveries and greatest creations. The ancient Greeks discovered Earth was round; the Polynesians used the sun and stars to navigate vast oceans in simple canoes; some think amazing structures like Stonehenge were designed to observe the sky. Now, Known Universe examines mankind's first observations of the cosmos to understand how they put us on the path to modern discovery.
Never mind the pesky blizzards and mudslides we deal with. Imagine dodging frozen methane raindrops, or winds of 11,000 mph. Take a trip around the cosmos to see some of the universe's most extreme weather. Travel to Venus, the hottest planet in our solar system, where temperatures scorch at 900 degrees. Witness massive dust storms that rage for months on Mars. And, head to the Space Weather Prediction Center to see how weather on the sun affects us.
In the vast expanse of space, nothing matters more than speed. Whether were venturing out to the farthest reaches of our solar system or exploring the mysteries of time travel and wormholes, speed is the key.