These Are the Wildly Advanced Space Exploration Concepts Being Considered by NASAEarlier today, NASA announced funding for 2. Innovative Advanced Concepts (NIAC) program. From a planet hopping laser- driven sail and a solar powered Venusian weather balloon to an autonomous rover on Pluto, the future of space exploration looks incredibly bright. To keep the pipeline moving for space exploration concepts, NASA regularly entertains pitches via its NIAC program. For a concept to receive final approval and funding, it has to go through two phases of attrition. Teams granted Phase I status receive $1. A peer review process vetts these proposals, and a lucky few get to reach second base. Phase II teams receive as much as $5. Phase II plans are then chosen according to their demonstrated feasibility and benefit. Today, NASA announced 1. New this month: Grand ambitions. Your toddler is still likely to explore her surroundings the way she has for the last few months Get breaking entertainment news and the latest celebrity stories from AOL. All the latest buzz in the world of movies and TV can be found here. This guy didn't eat for 382 days! How far can you go without risking your health? Name of program or field of study. Search by Specific Criteria. Fear of loud noises sometimes surfaces unexpectedly. Your 16-month-old may cower, cry, and act downright terrified at the sound of a vacuum cleaner, a thunderstorm, a. Phase I concepts and seven new Phase II concepts (we provided the complete list at the end of this article). Here are a few that grabbed our attention. Questions and Answers from the Community. The page that you see when you ask a new question is the page that everyone will see. NASA has given the greenlight to not one but two Phase I concepts that could set the stage for interstellar space travel. His idea would see the construction of an orbiting 1. The array would convert the massive laser power into electrical energy, generating enough power to enable long- distance travel of a conventionally- sized spacecraft on a reasonable timescale. Significantly, this same architecture could deliver an 8. Jupiter orbit in one year, opening the possibility of human missions to Jupiter. This proposed probe would drift through Venus. Conventional batteries would allow for a scant one to two hours of life, but under this plan, the probe would continually recharge its batteries using solar energy. Excitingly, under a Phase II plan envisaged by Stephanie Thomas of Princeton Satellite Systems, Inc., NASA could be returning to Pluto. But unlike the whiplash New Horizons flyby mission, this plan calls for a stop at the dwarf planet. Under the plan, the craft would arrive at Pluto in just four to five years (it took New Horizons nearly a decade to make the same journey). A major challenge will be in figuring out a way to decelerate the spacecraft once it gets to Pluto, where it will release its 2,2. The Pluto plan, for example, may be too technologically demanding given the hypothetical nature of the fusion drive. For those plans that are approved, it could still take ten years or more before the projects are complete and ready for liftoff.
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