Editor's note: Listen to Matthew Hersch discuss the history behind the development of the space suit. From early high altitude suits, to women’s foundation garments and depictions in popular culture, Hersch covers the amazing story behind one of space exploration’s most important inventions.
This weekend, November 18 and 19, the National Air and Space Museum hosts the Lemelson Center for the Study of Invention and Innovation’s 2011 New Perspectives on Invention and Innovation symposium. This year, it promises to be a stimulating and exciting time as we ponder Moving Beyond Earth: Innovations in Space.
1981, The Space Shuttle program begins with the launch of Columbia, STS-1. Courtesy of NASA.
The task of this gathering is to consider the nature of invention and innovation in space. We, in general, have the belief that the technologies used to engage in spaceflight are by definition innovative. This may be true at some level, but the relationships between technological innovation; various space institutions; innovative concepts, practices, or organizations; and the people associated with each are intrinsically complex. Essentially nonlinear, these relationships allow innovation to take place, no doubt, but there does not seem to be a way to guarantee it. Those who seek to command innovation find that changes in inputs to various aspects of the systems, themselves designed to yield innovative alterations, do not necessarily ensure proportionate positive developments in output. It is non-linearity writ large.
1998, International Space Station begins operations. Photo courtesy of the National Air and Space Museum.
I find such discussions invigorating, and the symposium promises to bring together a range of thinkers about the subject to explore various aspect of space-technology innovation. Engineers such as Larry Williams of SpaceX, Haym Benaroya from Rutgers University, and Pablo de León from the University of North Dakota will offer discussions of some of the vexing questions we have about reaching into space and living and working there once we go there to stay. Historians such as Michael Neufeld of the National Air and Space Museum, Amy Foster of the University of Central Florida, and Matthew Hersch of the University of Pennsylvania unravel the complexity of past space efforts to help illuminate the present. And such policy leaders as scientist and astronaut Tom Jones and American University professor Howard McCurdy chart the course of future endeavors to reach beyond this planet to the larger cosmos.
1926, Robert Goddard launches the first liquid-fueled rocket. Photo courtesy of NASA.
These are just a few of the highlights of the symposium; it promises to be a rousing time, with keen observations and provocative perspectives on the past, present, and future of humanity of space. A full list of symposium sessions and times is available on the Lemelson Center’s website. Come one, come all!
Roger D. Launius is senior curator in the Division of Space History at the Smithsonian’s National Air and Space Museum.
This gathering will definitely give the people new ideas on how space technology works. We can finally see how space travel have changed throughout history, and how the technology evolves. Thanks!
Posted by: Georgina Wilson | November 19, 2011 at 01:00 AM
It is interesting to see here how space conquest has changed since 1926 to 1970. We can see a huge technologies devellopment. But, what is also interesting, is the lack of big changes from 1970 to now. As we can see, space shuttle didn't change at all!
Posted by: Diana | November 22, 2011 at 12:08 PM
My kid is starting to get into this stuff about Space technology. The Changes are extraordinary. I would have thought though it would be more futuristic like every one had thought in the 70's and up.
Posted by: Josh Dufer | November 26, 2011 at 08:34 PM
whether it's made spacecraft which can already be used to go to a distant planet?
Posted by: juli kristin | December 01, 2011 at 07:54 AM