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5 years and 5 servicing missions have provided scientists and the public with unprecedented views of our universe. From objects as close as our solar system to the furthest reaches of the Universe, we’ll look at some of these images and discuss what it took to get them. Join the Exploratorium's very own Ken Finn as he demonstrates fun activities, mixing up science with items found around the house. Join the Exploratorium's very own Ken Finn as he demonstrates fun activities, mixing up science with items found around the house. The legendary Joshua Light Show returns to the Exploratorium’s Kanbar Forum to improvise an immersive, otherworldly environment of light in collaboration with acclaimed musicians Julia Holter and Linda Perhacs. Curious about Tofu? The folks over at Hodo Soy Beanery tell us everything we ever wanted to know about how Tofu (and its "sexier cousin" Yuba) is made.
Music by Wayne Grim
For more information on Hodo Soy Beanery- http://hodosoy.com Join us for a moderated discussion with Alonzo King and Bernie Krause.
Krause previously collaborated with Richard Blackford to compose a symphony for orchestra and wild soundscapes, which premiered in July 2014. Alonzo King’s groundbreaking choreography manipulates the laws of energy and matter that govern movement in the natural world. Together, these artists are exploring how human music and dance have evolved from the sounds and movements of other living things.
This newly added Resonance event highlights an emerging collaboration between one of ballet’s most visionary choreographers, Alonzo King, and pioneering natural soundscape artist Bernie Krause. On January 30, 2015, the Exploratorium Lab hosted its fifth annual Science of Cocktails event. More than 1,200 guests sipped creative concoctions; explored the biology, chemistry, and physics of craft cocktails; and enjoyed the museum's hands-on exhibits and activities. Behold beryllium, an exceptionally light, strong metal that is both prized and poisonous. Found in minerals such as emeralds and other forms of beryl, beryllium is highly conductive to heat and electricity, nonmagnetic, capable of great elasticity, and impervious to a wide range of temperatures, making it a favored material for aerospace projects such as space shuttles and satellites.
In this video you will discover the element’s ancient and atomic histories with host Ron Hipschman! Join Dr. Jay Daniel, Director of Engineering at L-3 Integrated Optical Systems Tinsley, to explore beryllium’s central role in the future James Webb Space Telescope.