|
|
The orbiting of Sputnik I in October 1957 stirred the imagination and fears of the world as had no new demonstration of physics in action since the dropping of the atomic bomb. In the United States the effect was amplified by realization that the first artificial satellite was Russian, not American. Yet the few scientists and engineers working in Project Vanguard and other U.S. space projects were surprised only at the actual timing. Indeed, they had already considered means of sending man around the moon.
Modern rocket technology dates from the Second World War; the development of intercontinental ballistic missiles in succeeding years resulted in machines that could eventually launch vehicles on space missions. In this same time, man's flying higher, faster, and farther than ever before suggested that he could survive even in space. Sputnik I caused alarm throughout the United States and the ensuing public clamor demanded a response to the challenge.1 During the next year, many persons in government, industry, and academic institutions studied means and presented proposals for a national space program beyond military needs. After decades of science fiction, man himself, as well as his imagination, moved toward an active role in space exploration.
Concurrently with the formation of the National Aeronautics and Space Administration (NASA) in late 1958 - a year after the first Sputnik2 - a proposal (which became Project Mercury) was approved to fly man in near-earth orbit.3
3. NASA, First Semiannual Report to the Congress: October 1, 1958-March 31, 1959 (Washington, 1959).
![[Previous Page]](http://www.dfrc.nasa.gov/GIF/previous.gif)
![[Next Page]](http://www.dfrc.nasa.gov/GIF/next.gif)
