![]() ![]() Descriptions of each episode are taken from the package covers.Īs of late 2020, the series is available for streaming from JPL's external web site, on the Documentary Series page. The JPL Store sometimes has copies for sell. The DVD's can be checked out from the Library. The JPL Library and Archives usually shows the series during Summer on a weekly basis. ![]() This series is produced by JPL's Office of Communication and Education. The series leads viewers on a dramatic journey into America's history of space exploration that began on the trails of a Southern California canyon wash, launched the United States into Earth orbit, reached the moon in advance of the Apollo astronauts and accomplished the first-ever encounters with Venus and Mars and the first grand tour of our solar system. As humans look to travel farther and experiment further, the decades ahead appear full of adventure.The roots of America's space program are the focus of "Beginnings of the Space Age," a multi-part documentary series exploring the intriguing characters and pivotal events in the stories history NASA's Jet Propulsion Laboratory (JPL). The surprise and anxiety of that night 60 years ago have been replaced with wonder and amazement at the achievements of the Space Age. From rocket design to geostationary orbits, European scientists have been involved in many of the successes of the past six decades. From the theories that spawned great achievements to the science and technology that completed them, Europe has shared in global progress. On the ground, engineers, scientists, technicians, politicians and visionaries have all worked together to make dreams come true, changing our lives for ever, and for the better.Įurope has taken its own part in this great adventure. They have settled in space and started to work there, first in competition, and then in global cooperation, in a spirit of peace and for the benefit of humankind. Women and men have ventured out of their planetary cradle and have succeeded in their first explorations of another world. We have revealed thousands of galaxies in areas of the sky that, until recently, looked like empty blackness. We have explored many worlds in the Solar System and our space-based instruments have been able to open large windows into previously unknown realms of the Universe. Visions of sending robots and humans into space were becoming reality. Just months after the launch of Sputnik, Frank McClure, of the Johns Hopkins Applied Physics Laboratory, described the potential of satellites for a space-based navigation system. Initial reactions to Sputnik were guarded – the ability to launch an artificial satellite could also indicate the development of new weapons.īut the arrival of Space Age also inspired science and engineering to take new peaceful steps. The launch of Sputnik-1, as it was officially called, signalled the start of the ‘Space Age’, and fuelled the space race between the Soviet Union and the United States that was to result in more than a decade of unprecedented achievement. The goal of launching an artificial satellite to orbit Earth had been one for the international scientific community for some time, and had helped inspire the International Geophysical Year 1957–58, but the successful launch by the Soviet Union came as a shock, and the reception of the signal worldwide was incontrovertible proof of their success.
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