Transforming science fiction to reality, UC Santa Barbara physics professor Philip Lubin is creating a laser-cannon system to propel miniature spaceships with solar sails more than 25 trillion miles to the suns nearest star Proxima Centuari. <\/p>\n
Loaded with cameras, other sensors, historical records of humanity, greetings from Earth and possibly human DNA, the smartphone-sized crafts, or interstellar arks, would be thrust on an historic journey that would take about 20 years a blink of an eye in space travel. <\/p>\n
People understood roughly 100 years ago that it was possible using then- technology to send a human to the moon and return them, Lubin said, noting that one challenge was scaling down equipment. If you look at the popular literature at that time, the idea was treated as science fiction, like Flash Gordon. <\/p>\n
Lubins ambitious vision is showcased in Laser-Sailing Starships, one of eight new books in the Out of this World Series (World Book, 2017). Targeted to middle- school students, the books focus on research fellows involved in the NASA Innovative Advanced Concepts program. NASAs aim is to foster the next generation of scientific talent. <\/p>\n
The great part about the whole series is that it doesnt talk down to kids, but addresses the science head-on, said Jason Derleth, the program executive for NASA, which helps fund Lubins research. <\/p>\n
In 2009, Lubin began examining how to use directed energy a phased laser array to deflect asteroids bound for Earth. But there was limited outside interest in the UCSB research, he said, because the planet doesnt get hit often. <\/p>\n
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Bold Space Travel - Santa Barbara Edhat<\/a><\/p>\n","protected":false},"excerpt":{"rendered":" Transforming science fiction to reality, UC Santa Barbara physics professor Philip Lubin is creating a laser-cannon system to propel miniature spaceships with solar sails more than 25 trillion miles to the suns nearest star Proxima Centuari. Loaded with cameras, other sensors, historical records of humanity, greetings from Earth and possibly human DNA, the smartphone-sized crafts, or interstellar arks, would be thrust on an historic journey that would take about 20 years a blink of an eye in space travel. Continue reading