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Human Exploration and Space Weather. John R. Allen, Ph.D. 25 September 2013. Overview. Operations Now Robotic Human Operations of the Future 12-Month Mission Asteroid Capture Mars. Robotic Exploration . Robotic Exploration. Benefits to Earth?. NASA Human Health and Performance
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Human Exploration and Space Weather John R. Allen, Ph.D. 25 September 2013
Overview • Operations Now • Robotic • Human • Operations of the Future • 12-Month Mission • Asteroid Capture • Mars
NASA Human Health and Performance Goal: Enable Successful Space Exploration by Minimizing the Risks of Spaceflight Hazards Mitigations Hostile Spaceflight Environment Micro-gravity Radiation Isolation Closed Environment Distance from Earth Human Risks Bone & Muscle loss, Radiation Exposure, Toxic Exposure, etc Deliverables: Technologies Countermeasures Preventions Treatments Standards
Human Operations Now • Mission Completion • Crew Health and Safety
ISS One-year Mission – Launch in March 2015 Mikhail Kornienko ISS 23/24 Scott Kelly STS-103, STS-118, ISS 25/26 Mark Kelly STS-108, STS-121, STS-124, STS-134
Operations of the Future • Asteroid Initiative • Capture and redirect • Advanced solar propulsion • Creating an asteroid mission baseline concept to develop further in 2014 to help engineers establish more details about the mission • Asteroid Grand Challenge • Identify all that may threaten earth
Operations of the Future • Increased radiation exposure • Increased autonomy • Increased technology
Operations of the Future • Need To: • Assure Systems Function • Assure Communications • Assure the Health and Safety of Crewmembers • Predict Solar Events • Predict When Ops are Safe • Build a Sustained System for Sustained Ops