This is the ISDC 2015 Space Solar Power Track Front Page . . .
Space Solar Power Track Co-Chairs
John C. Mankins -
John C. Mankins is an entrepreneur and leader in strategic technology management and systems innovation. He is President of Artemis Innovation Management Solutions LLC, President and CTO of Mankins Space Technology, Inc., and was formerly Chief Technologist for Human Exploration and Development of Space at NASA Headquarters. Mankins' 25-year career at NASA Headquarters and the Jet Propulsion Laboratory (JPL) involved flight projects, space mission operations, systems-level innovation and technology R&D management. Before leaving NASA, Mankins managed an $850M annual exploration technology budget, involving more than 100 projects and 10,000 personnel. Mankins is recognized as the leading expert in the field of space solar power (SSP), managing NASA's SSP programs from 1995-2003, leading a demonstration of wireless power transmission for the Discover Channel (2008), and co-chairing the International Academy of Astronautics (IAA) study of SSP (2008-2011). He invented a novel Solar Power Satellite (SPS) concept: SPS-ALPHA (SPS by means of Arbitrarily Large Phased Array). Mankins authored the book, “The Case for Space Solar Power” (2014), which makes the first integrated business case for solar power from space. He lives on the California Central Coast with his wife and daughter, four cats, one dog, and assorted cattle, turkeys, coyotes, etc. He is working on two new books.
Gary P. Barnhard -
Gary Barnhard - a self-described synergistic technological philanthropist, entrepreneur, and serial venture capitalist now serving as the President & CEO of Xtraordinary Innovative Space Partnerships, Inc. (XISP-Inc) a start-up company focused on International Space Station technology development work as well as Barnhard Associates, LLC, a systems engineering consulting firm and Internet Service Provider (Xisp.net) based in Cabin John, Maryland. He is a robotic space systems engineer whose professional work includes a wide range of robotic, space, and computer systems engineering projects. He received a Bachelor of Science in Engineering from the University of Maryland College Park in 1982 combining Aerospace Engineering, Materials Science, with graduate work in science policy, solar physics, and artificial intelligence/knowledge based systems. He served as a Space Systems Engineer and Information Systems Architect for EER Systems, and as a Senior Space Systems Engineer on the Grumman Space Station Systems Engineering and Integration Contract (SSEIC) responsible for advanced automation and robotic systems support. He was the Executive Secretary of the Space Station Freedom Program Robotics Working Group and received a NASA Group Achievement Award for the Robotic Systems Integration Standards Interface Design Review Team, as well as an Outstanding Support Award from the Canadian Space Agency Space Station Freedom Program Liaison Office. He is an Associate Fellow of the AIAA and a life member of the National Space Society.
Track Chair Responsibilities
Timing
Current allocation:
Requested allocation:
Space Solar Power Track Outline
Session 1 Concept Evolution: establishing and maintaining technical credibility
Slot #1 30 minutes including Q&A - The Case for Space Solar Power - John Mankins
Slot #2 30 minutes including Q&A - TBD
Slot #3 30 minutes including Q&A - TBD
Slot #4 30 minutes including Q&A - TBD
Panel 60 minutes including Q&A - All four speakers
Session 2 National Programs - what is being done and what is planned
Slot #1 30 minutes including Q&A - Japanese Programs A
Slot #2 30 minutes including Q&A - Japanese Programs B
Slot #3 30 minutes including Q&A - Chinese Programs A
Slot #4 30 minutes including Q&A - Chinese Programs B
Slot #5 30 minutes including Q&A - Chinese Programs C
Slot #6 30 minutes including Q&A - NASA Space Technology Mission Directorate Presentation(?)
Session 3 Applications - Commercial Stepping Stones to the future
Slot #1 30 minutes including Q&A - Space-to-Space - Gary Barnhard
Slot #2 30 minutes including Q&A - Space-to-Moon - Jim Schier
Slot #3 30 minutes including Q&A - Asteroid Assay - Daniel Faber
Slot #4 30 minutes including Q&A - Space-to-Earth - John Mankins
Space Solar Power Applications Panel 60 minutes including Q&A - All four speakers
Session 4 Space Solar Power on the Moon:
Slot #1 30 minutes including Q&A - David Dunlop
Slot #2 30 minutes including Q&A - Jim Crisafulli - Support for Lunar Decade Research Park
Slot #3 30 minutes including Q&A - Andy Aldrin/Moon Express?
Slot #4 30 minutes including Q&A - TBD
Panel 60 minutes including Q&A - All four speakers
Session 5 SunSat competition 4 presentations & judge evaluations.
Slot #1 15 minutes including Q&A
Slot #2 15 minutes including Q&A
Slot #3 15 minutes including Q&A
Slot #4 15 minutes including Q&A
Track Concept Notes/Considerations
The lunar track is not, the presentations will be distributed throughout the conference.
I think it would be useful to have mission requirements that could be evaluated as candidate applications of space based solar power for Space-to-Space and Space-to-Surface venues.
We need to be building a set of mission narratives with respect to Space-to-Space and Space-to-Surface applications (e.g., Ground Test, ISS testbed, to Cis-Lunar relay, asteroidal assay applications, etc.)
Kevin Parkin, David Dunlop, Jim Crisafulli, et.al. all are interested in various forms of ground tests, as are Gary Barnhard, Jim Schier, Jay Trimble et.al. who have gotten some traction with different parts of related work at NASA ARC
Dan Hawk, David Dunlop, et.al. want to do balloon tests with KSC and KaBOOM
Gary Barnhard, et.al. has been working the ISS testbed angles.
Cis Lunar Relay and Cube Quest Challenge how do you evolve to win by mixing competition and cooperation Alpha Cube Sat Team (XISP-Inc), as well as other shared resource angles MoonExpress (Andy Alrin, et.al.);
David Dunlop, Jim Crisafulli, et.al. with their International Lunar Decade Working Group and low cost lunar installations encompass a significant set of mission requirements.
Daniel Faber, et.al.. with DSI have significant requirements with their mothership scenaros for asteroidal assay work.
John Mankins, Jim Schier, Gary Barnhard, et.al. have considered some relay and infrastructure applications for LEO, MEO, GEO, L Point, and other Lunar orbits applications.
ISDC 2015 Local Committee Guidance
Coordination
A spreadsheet on google drive will be shared between track chairs to coordinate timeframes and speakers.
Each track will be visible to each other to support coordination.
Stay tuned for more on this, along with details for 3-4 possible telecons to touch base prior to the conference.
Your support in identifying potential speakers for the “Future Tech” Plenary would also be beneficial.
Questions
Head Start