New Propulsion Technology Makes Satellites More Nimble, Durable

CAMBRIDGE, MA - MAY 5: At MIT, Louis Perna observes a wafer being etched in the lab. He is involved in a startup in Somerville, Mass. that is attempting to tackle a big problem in outer space: propulsion systems that can fit into the increasingly small satellites being launched for technology and defense purposes. Accion System has designed very small thrusters that instead of traditional fuels ions or charged particles to create an electronic propulsion. (Photo by David L. Ryan/The Boston Globe via Getty Images)
CAMBRIDGE, MA - MAY 5: At MIT, Louis Perna observes a wafer being etched in the lab. He is involved in a startup in Somerville, Mass. that is attempting to tackle a big problem in outer space: propulsion systems that can fit into the increasingly small satellites being launched for technology and defense purposes. Accion System has designed very small thrusters that instead of traditional fuels ions or charged particles to create an electronic propulsion. (Photo by David L. Ryan/The Boston Globe via Getty Images)
New Propulsion Technology Makes Satellites More Nimble, Durable
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Boston Globe / Contributor
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05 May, 2015
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