Found 20 - 30 results of 30 programs matching keyword " propulsion"
The time has come! The Curiosity rover will be landing on the planet Mars on August 5, 2012. The Exploratorium crew did a special live webcast from the museum floor at our evening program for adults, called After Dark. Join us as we get the lowdown on the Mars mission! Research Scientist Bethany Ehlmann and Mechanical Designer Scott McGinley explain some of the scientific instruments aboard the Mars rover Curiosity. Engineers at the Jet Propulsion Laboratory (JPL) explain how they simulate martian conditions and conduct tests with model rovers to prepare the Curiosity rover for its journey to Mars and its work on the red planet. Join the Exploratorium crew on our trip to NASA’s Jet Propulsion Lab (JPL) in
Pasadena, California, to learn more about the Mars Science Laboratory mission
and the Curiosity rover. A glimpse of the full-scale model of the Mars rover, Curiosity. On display at the Exploratorium from August 1st to September 16, 2012. This model is on loan from JPL, NASA's Jet Propulsion Laboratory, and there are only two on loan in the United States! In this short interview with Dan Goods, designer, artist, and visual strategist at NASA's Jet Propulsion Laboratory, Goods discusses his art piece, "Jupiter Fog Pool." The piece, inspired by the Juno mission to Jupiter, was part of "Cosmological Constructs," our After Dark event of September 2010. An introduction to making a simple rocket and a rocket launcher, including a demonstration of how the finished model will fly. A step-by-step demonstration of how to make a simple rocket, including a discussion of materials needed and where to get them. A step-by-step demonstration of how to make a launcher to send your rocket sky-high, including a discussion of materials needed and where to get them. The science behind the rocket and rocket launcher in the Bottle Blast Off activity, with troubleshooting tips for how to fine-tune the nose and fins of the rocket for better flight. Also includes tips on how to take the activity further by making a simple inclinometer to measure how far your rocket flies.