Artist’s conception of “spacecraft/rover hybrids for the exploration of small solar system bodies”, a concept funded under Phase II of NASA’ Innovative Advanced Concepts program in 2014. Credit: NASA
One of them is a robotic swarm of spacecraft that we’ve written about before on Universe Today. Flying out from a mothership, these tiny spacecraft would be able to tumble across the surface of a low-gravity moon or asteroid.
“The systematic exploration of small bodies would help unravel the origin of the solar system and its early evolution, as well as assess their astrobiological relevance,” stated its principal investigator, Stanford University’s Marco Pavone, in a 2012 story. “In addition, we can evaluate the resource potential of small bodies in view of future human missions beyond Earth.”
The concept, called “Spacecraft/Rover Hybrids for the Exploration of Small Solar System Bodies“, is among the selectees in the second phase of the NASA Innovative Advanced Concepts program. Each will receive up to $500,000 to further develop their concept during the next two years. While Phase I studies are considered to show if a project is feasible, Phase II begins to narrow down the design.
Artist’s conception of a 10-meter sub-orbital large balloon reflector funded under NASA’s Innovative Advanced Concepts program. Credit: NASA
This is the rest of the selected concepts:
10 meter Sub-Orbital Large Balloon Reflector (Christopher Walker, University of Arizona): A telescope that uses part of a balloon as a reflector. The telescope would fly high in the atmosphere, perhaps doing examinations of Earth’s atmosphere or performing telecommunications or surveillance.
Deep mapping of small solar system bodies with galactic cosmic ray secondary particle showers (Thomas Prettyman, Planetary Science Institute): Using subatomic particles to map asteroids, comets and other smaller objects in the solar system.
Low-Mass Planar Photonic Imaging Sensor (Ben S.J. Yoo, University of California, Davis): A new way of thinking about telescopes that would use a low-mass planar photonic imaging sensor. This could be useful for missions to the outer solar system.
Orbiting Rainbows (Marco Quadrelli, NASA Jet Propulsion Laboratory): Using “an orbiting cloud of dust-like matter” for astronomical imaging by taking advantage of the spots where light passes through.
Source: NASA
Tagged as:
nasa innovative advanced concepts,
NIAC
- FASHION WEEK - USA Fashion and Music News
- GOOGLE NEWS - Google News Blogger
- PINTEREST ACROSS THE UNIVERSE - Google Images Nasa Images
- LAST FM - Download Music Legally Direct From Artist
- WOMEN COMMUNITY - Women Communty Photography Videos Beauty
- DISNEY CHANNEL - Photos and Music News
- BABY JUSTIN BIEBER - Google Images Google News
- LADY GAGA - Google Images Google News
- ACROSS THE UNIVERSE - Google Images Universe Pictures
- VICTORIA´S SECRET COMMUNITY - Victoria´s Secret Fashion Show Photos
No comments:
Post a Comment