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The NSF Small Satellite Workshop. Background NSF is considering establishing a program for small satellites for space weather research Fact-finding workshop first step May 15-17, 2007 at George Mason University, VA Purpose
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The NSF Small Satellite Workshop • Background • NSF is considering establishing a program for small satellites for space weather research • Fact-finding workshop first step • May 15-17, 2007 at George Mason University, VA • Purpose • To explore the possibilities and benefits of utilizing small satellite missions to provide essential measurements for space weather and atmospheric research • Participation • About 150 participants from academia, government (DOD, NASA, NSF), and private aerospace industry NSF Small Satellite Workshop Preliminary Report, May 2007
Scope of the Workshop • Topics • Launch opportunities for small spacecraft • Innovative technology developments for small satellite systems • Miniaturization of scientific payloads • Advancing research by means of measurements from small satellites • Key space weather needs that can be satisfied by small satellite observations • Using small satellites as an educational tool for science and engineering NSF Small Satellite Workshop Preliminary Report, May 2007
Some Main Findings • It is feasible • Scientific satellite missions in the $1M-$10M range (incl. launch) are possible • It will advance space weather research • Such missions can help fill important observational gaps • They will inspire the development of new experimental methods and technology • It has Educational benefits • Such missions play a crucial role in training the next generation of experimental space scientists and aerospace engineers. • The main obstacle is access to space! • While launches and launch opportunities are plentiful, securing regular, low-cost access to space for small scientific payloads is non-trivial NSF Small Satellite Workshop Preliminary Report, May 2007
Developing a NSF Satellite Program Supporting Space Weather • Next steps • Inventory current and future space weather observational capabilities and needs to identify gaps that can be filled using pico-, nano-, and micro-satellites • Solicit ideas in the form of pre-proposals or white papers (providing specific guidance on cost and technical constraints) • Establish partnerships with other government agencies and private industry to secure a series of regular, low-cost launches • Construct a 5 to 10 year program based on responses to solicitation and conduct annual proposal competitions consistent with programmatic plans and space weather goals • The goal: A continual program of $5M - $10M per year • To advance space weather and atmospheric research and education through development, building, launch, operation, and data analysis of small scientific satellite missions NSF Small Satellite Workshop Preliminary Report, May 2007
Partnering: Seeking the Help of Launch Providers • Short term • Cubesats (and derivatives) likely to be the first technical focus • We need to secure regular (at least 2/year), low-cost PPOD launches for the program, starting 2009 • Future • Exploring other Secondary Payload options • Exploring cheap dedicated launches • Information and Contact • http://virbo.org/wiki/index.php/SSW • Therese Moretto Jorgensen tjorgens@nsf.gov NSF Small Satellite Workshop Preliminary Report, May 2007