Found 0 - 10 results of 47 programs matching keyword " wind energy"
Join the Exploratorium's very own Ken Finn as he demonstrates fun activities, mixing up science with items found around the house. Japanese artist Fujiko Nakaya muses on her ephemeral outdoor creation for the Exploratorium—the Fog Bridge—explaining it as both an homage to San Francisco and a conversation with nature itself. Join JoAnne Hewett, a theoretical physicist from the SLAC National Accelerator Laboratory, and Maria Spiropulu, a Caltech experimental physicist working at CERN, who came to the Exploratorium to speak with us about the implications of the Higgs discovery. In February 2013, Curiosity drilled into a rock called "John Klein" and then analyzed the sample material with its on-board scientific instruments. On March 12, NASA announced that the analyses show conditions on Mars were once favorable for life! Join us to learn more about this breakthrough discovery. Catch a sneak peak of our new nine-acre campus at Piers 15/17 with Building Operations Manager Chuck Mignacco. Learn about features of the building that will help us achieve our goal of becoming the largest net-zero energy use museum in the United States.
Come see for yourself—doors open at Pier 15 on April 17, 2013.
Southeast of San Francisco, on the way out to California's Central Valley, thousands of wind turbines dot the landscape of Altamont Pass. Mounted both in rows and individually, machines with large propellers catch the wind, turning round and round at different speeds. Learn how wind energy is generated and stored for use in this most peculiar area, and its impact on living things both near and far. Admit it: Hasn't the Godzilla inside you always wanted to grab the Golden Gate Bridge and shake it silly? Finally, you can. In honor of the iconic span's 75th birthday, Exploratorium exhibit developer Dave Fleming presents a dynamic model of the Golden Gate Bridge. What happens to the bridge during an earthquake? How about strong winds and heavy traffic? The model dances and wiggles realistically, displaying the same vibrational modes and motions that occur in the actual bridge. The Southern California Coastal Ocean Observing System (http://sccoos.org/) gathers live data about winds, waves, surface currents, temperature, and water quality, and makes it available to everyone. In this piece, Oceanographer Art Miller tells us about this system, and about how America's Cup sailors can use this kind of data and modeling to improve their race performances.
To access wind modeling data, visit:
How can a wind-powered sailboat move faster than the wind? Why do the America's Cup sails look like airplane wings? With the beginner in mind, Exploratorium senior scientist Paul Doherty introduces the basic physics of sailing and sail design. This After Dark event presented a collection of objects, organizations, and activities use various alternative energy sources, and also looked at sustainably raised food.