Results tagged “crowdsource”

San Francisco - (March 8, 2013) - Today DIYROCKETS and Sunglass are announcing a partnership to launch the world's first open source competition to create 3D printed rocket engines through collaborative design.

The competition opens for registration at South By Southwest (SXSW) on March 9, and challenges makers, designers and space entrepreneurs to create open source rocket engines that will serve the growing market for small payload delivery into low earth orbit and ultimately, disrupt the space transportation industry.

Although several companies have recently made strides in showcasing the power of the private sector in space exploration, DIYROCKETS is taking this a step further by creating the first of many competitions that encourages the fusion of creativity, technology and collaboration by people across the globe. Utilizing Sunglass's cloud-based platform to visualize, collaborate, manage versions and exchange feedback on each design with team members and the public from anywhere on the globe, the contest aims to dramatically drive down design costs, while creating innovative technology for all types of space hardware and parts, ranging from space propulsion to space medical sensors. Teams will have the freedom to work in a 3D design environment of their choice such as SolidWorks, Autodesk Inventor, Rhino or CATIA, while syncing their project to the Sunglass cloud.

Astronomers Map 40 Million Stars

"Astronomers will soon have access to a new map of the sky that accurately measures the brightness and position of over 40 million stars. This map is a result of the AAVSO Photometric All-Sky Survey, which has completely covered the sky at a level 100 times fainter than any prior stellar catalog. Millions of stars will have their brightness and color measured accurately for the first time in this survey. The survey is predominantly a pro-am volunteer effort. A team of professional astronomers is primarily responsible for the photometry while a team of amateur astronomers is helping with the equipment, purchased with support from the Robert Martin Ayers Sciences Fund."

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