For nearly fifty years, people have attempted to send spacecraft to Mars. During the 1950s and 60s, an increasing preoccupation with the future and technology helped transform America’s outlook, as well as its conception of itself, as if seen anew from space. Even though by the beginning of the 21st century, only ten missions out of thirty-three attempts to launch satellites to Mars had been completely successful—fashion, furniture, comic books, science fiction, and children’s toys were profoundly affected by these explorations.
The fantasy of Mars captured the public’s imagination. Where astronomers left off, fiction took over sustaining the myth about life on Mars. Stories about Mars during the post-World War II era contained dark elements of fantasy. Ray Bradbury’s The Exiles depicted mythic characters exiled on a perishing Mars when the last of the books containing their stories were burned or lost. At Bell Laboratories, closely related to NASA in its earliest years, engineer Billy Klüver organized groundbreaking collaborations with artists, including Rauschenberg and Andy Warhol, to inject space-age technology into artwork.
By the sixties, NASA established a strong exobiology program to study the potential for life beyond Earth. Over the years, this study has expanded to multidisciplinary astrobiology – increasingly focused on planetary exploration missions. NASA sent the Viking lander mission to Mars in the 1970s to answer the overarching question: does life exist on the red planet? The Viking lander’s payload carried sophisticated analytical laboratory equipment to Mars, devoting a significant amount of the mission time to identifying, collecting, preparing, and analyzing samples. Despite yielding tremendous amounts of data and information about the planet, the answer about life on the red planet remained equivocal.
The 1976 Viking missions searched for these compounds through three experiments. One experiment known as Labeled Release (LR) was originally called Gulliver, for the Lilliputians, in this case microorganisms it was seeking. Designed by Dr. Gil Levin to detect carbon dioxide released by microorganisms as a result of their metabolic activity, this experiment could detect growth and metabolism associated with the rate of carbon dioxide production. The LR experiment tested the soil of Mars nine times at two different landing sites under different temperature regimes and environmental conditions.
A permanent exhibit, curated by Emily Carambelas, that resides on C-level of the Eisenhower Library explores Dr. Levin’s work, from developing the LR instrumentation and joining the Viking Mission to performing the test on Mars and interpreting the data. Next to the display, browse an exhibit guide.
Perhaps Buzz Aldrin summed it all up best when he said:
“Exploring and colonizing Mars can bring us new scientific understanding of climate change, of how planet-wide processes can make a warm and wet world into a barren landscape. By exploring and understanding Mars, we may gain key insights into the past and future of our own world.”
- Some teens recently took a simulated flight to Mars
- Mars One has selected 100 candidates to travel to Mars
- And you can fly to the moon in Google Maps and explore Mars also…
- For those looking to explore both space and time, here’s how to sneak into the TARDIS.
- Google Sky Maps allows you to view stars, constellations, galaxies and planets. Share your fun tips and tricks with Google Earth, Maps, or Sky.
Here’s how to explore through Google Maps:
- First, go to Google Maps
- Down in the bottom left, you should see an icon that lets you put the map in Google Earth mode.
- The flat map has to load in 3D before you start zooming out as far as you can. You might have to wait a second or two for the map to load.
- Once you’re zoomed all the way out, options for Moon and Mars should appear at the bottom of your screen.
Note: You need to be in the new version of Google Maps for this to work properly.
We’d love to hear if you have used these, especially for fun, but also in study or school.