SSW
From ViRBO
George Mason University, Arlington Campus, VA
May 14-17, 2007
AGENDA1. Links
- The next deadline for proposals is now May 11, 2009. http://nsf.gov/funding/pgm_summ.jsp?pims_id=503172&org=NSF&sel_org=NSF&from=fund
- The next CubeSat Developers Workshop will be held April 22-25, 2009 at Cal Poly in San Luis Obispo. See http://cubesat.org
- Small Satellite workshop http://www.caneus2009.org/2009 March 1-6, 2009 at NASA AMES
- November 13-19, 2009: a new CubeSat related symposium at the 2009 ASME International Mechanical Engineering Congress and Exposition (ASME IMECE 2009), which will be held at Lake Buena Vista (Walt Disney World), Florida. Visit the 2009 ASME IMECE website at http://www.asmeconferences.org/congress09/CallForPapersDetail.cfm/
- Saint Louis University CubeSat Web Page cubesat.slu.edu
- 22nd Annual Conference on Small Satellites, August 11–14, 2008 · Utah State University · Logan Utah USA Meeting Information
- Small Satellite Working Group meeting in El Segundo, California, January 31-February 1, 2008 agenda.
2. Follow-up Documents
2.1. PPT presentation/summary by NSF
June 12, 2007: A brief PPT presentation (preliminary report from the workshop and immediate NSF plans) that will be shared with the various science communities (CEDAR, GEM, SHINE etc.) at meetings this summer ppt.
2.2. University Nanosat 5 Preliminary Design Review (PDR)
July 26, 2007: University Nanosat 5 Preliminary Design Review (PDR), held on-campus at Utah State University in Logan, Utah on 16-17 August, 2007 directly after the Small Sat conference. agenda pdf
Clements Jared W Contr AFRL/VSSV <Jared.Clements@kirtland.af.mil> Dear Sir/Ma'am I pulled your address off the attendees list for the NSF workshop on Small Satellite Missions for Space Weather and Atmospheric Research. If you object to spam like this, I sincerely apologize. However, as at least half of our PI's were in attendance at the workshop I believe we can make an argument that we have some relevance. The purpose of this letter is to inform you of and invite you to the University Nanosat 5 Preliminary Design Review (PDR), held on-campus at Utah State University in Logan, Utah on 16-17 August, 2007 directly after the Small Sat conference. There are eleven schools in Nanosat 5, all of which have been involved with Nanosat in the past. The Nanosat 5 missions being designed are diverse and ambitious, so this meeting promises to provide reviewers with unique insight into some out-of-the-box engineering. The format in this review will be a 45 minute official slide presentation, to include prototype hardware demonstrations if the schools desire. As a reviewer your job would be to comment in writing to the schools, and also provide feedback at the end of each presentation. Your job is not to rank the designs, but to provide design guidance and to direct the student design teams away from potential pitfalls. If you wish to participate as a reviewer, please RSVP to me by Friday, 3 Aug 2007. Once I have confirmation of your attendance, I will send a follow-up email giving logistical details, including how to access each school's satellite design data so you can familiarize yourself with their designs prior to the review. Please forward this announcement to any associate that you think might have an interest in participating. This is open to United States citizens and green card holders only. Schedule Details: Reviewers would be asked to meet in the meeting room on-campus at 1:00pm on Thursday, 16 August, to go over meeting format/logistics. The first university presentation will begin at 1:30 on Thursday. The review will conclude by no later than 4:30pm on Friday, 17 August, to ensure attendees have enough time to catch evening flights home. The official agenda is attached. If you desire more information, I can be reached at the contact information below. Jared ------------------------------------------- Jared Clements Space Systems Engineer Jackson and Tull University Nanosat AFRL/VSSV Jared.Clements_&_kirtland.af.mil (505)853-6322
2.3. Session on Mini Satellites at IFAC World Congress
Dear colleagues in the Small Satellite field, During the IFAC World Congress 2008 (http://www.ifac2008.org/) in Seoul (South Korea) during July 2008, an invited session on "Mini Satellites" will be organized. It is therefore my pleasure to invite you to take advantage of this opportunity to present your work on system design, control aspects or operations aspects of small satellites at this most prominent control conference. If you are interested in this session, please submit your extended abstract to me until 31. August , 2007 via email. The IFAC Aerospace Technical Committee will then monitor and support your contribution during the selection procedure. Your final paper must be submitted electronically using the IFAC Conference Manuscript Management System (CMMS) by 8. September, 2007 at the latest. Please visit the IFAC World Congress 2008 web site for more information http://www.ifac2008.org/ . We are looking forward to your interesting submissions. Yours sincerely, Klaus Schilling ____________________________________________________________ Prof. Dr. Klaus Schilling Chair Informatics VII: Robotics and Telematics Julius-Maximilians-University Wuerzburg Am Hubland D-97074 Wuerzburg Germany
2.4. Student Collaboration opportunities within NASA’s SMD
You are invited to attend community workshops at the upcoming AGU and AAS Meetings on Student Collaboration opportunities within NASA’s Science Mission Directorate
- AGU: Sunday, December 9th, 2007, 1:00-6:00 p.m., Marriott Hotel, San Francisco, CA.
- AAS: Monday, January 7th, 2008 1:00-6:00 p.m., Hilton Hotel, Austin, TX.
A Student Collaboration Definition Team (SCDT) was initiated by NASA in February 2007 to provide community perspectives to NASA's Science Mission Directorate (SMD) on participation of college and university students in NASA's science missions.
These Student Collaboration community workshops offer the opportunity for space and earth science community members and educators to learn about SMD Student Collaborations and provide further input to the SCDT. The specific emphasis during these workshops is to discuss the outcome and draft white paper of the SCDT pdf.
2.4.1. Format of the Workshop
1:00-2:30: Outline and Discussion of the Science Definition Team Progress and White Paper (Dr. Emily CoBabe-Ammann, University of Colorado and Dr. David Klumpar, Montana State University, chairs)
2:30-3:30: Short community-member presentations that highlight the wide variety of Student Collaborations.
3:30-6:00: Open discussion.
Anyone interested in presenting a 5-10 minute overview on a specific Student Collaboration should contact Emily CoBabe-Ammann (ecobabe@lasp.colorado.edu) or David Klumpar (klump@physics.montana.edu).
The NASA/SMD Student Collaborations Definition Team White Paper will be available by November 16th and circulated widely.
3. Logistics and Notes
- You will need to reload this web page to see updated content (including powerpoints)
- Hint: you may download all of the talks at once using a Firefox Extension
- A PDF version of the Agenda (this web page is the most current version). pdf
- If you would like a document posted on this page, email it to rweigel@gmu.edu. Or, if you know how, please post it directly to this page. The username and password is
upload. - You may email your talk to rweigel@gmu.edu or give it to the computer support staff on a memory stick in one of the breaks before your talk.
- All talks will be in room 244 of "The Original Building" on GMU's Arlington Campus. Two rooms will be available for posters and informal meetings.
- Wireless internet will be available. Access instructions will be given at the meeting.
- Hotel information
- Local GMU Arlington campus map
- Google map (If the Google map does not work, try Backup maps) showing both the Clarendon and Virginia Square metro stops.
- Parking map: (If the Google map does not work, try Backup maps) You may park in the Original Building lot for free if you tell the person at the gate that you are with the NSF Small Satellite Workshop. If nobody is at the gate, you may obtain a parking pass at the meeting.
- Food: local list 1 | local list 2 | local list 3
4. Introduction
In the recent report by the Assessment Committee for the National Space Weather Program, a key recommendation was for NSWP agencies to investigate immediately the feasibility of using micro-satellites with miniaturized sensors to provide cost-effective science and operational data sources for space weather applications (USRA Panel Presentation by Robinson at USRA's 2007 Annual Symposium). In response, NSF’s Division of Atmospheric Sciences is organizing a workshop with the purpose to explore the possibilities and benefits of utilizing small satellite missions to provide essential measurements for space weather and atmospheric research.
Program committee:
- Charles Gay, NASA HQ
- Michael Hesse, NASA/GSFC
- Robert McCoy, ONR
- Kent Miller, AFOSR
- Therese Moretto Jorgensen, NSF
- Howard Singer, NOAA/SEC
- Bob Weigel, GMU
5. Tuesday May 15
5.1. 7:30 AM
Continental breakfast
5.2. 8:30 AM Welcome and Opening
Chair: Richard Behnke, NSF
Keynote Address: Pete S. Worden, ppt, NASA Ames Research Center, Emerging opportunities for using micro-satellites with miniaturized sensors to provide cost-effective science and operational data sources for space weather applications
5.3. 9:30 AM Launch opportunities for small spacecraft
Chair: Kent Miller, AFOSR
Speakers:
Tim Hughes (for Gwynne Shotwell), ppt, Space X, The Falcon rocket program
Gerard Szatkowski, pdf, Lockheed Martin, Ideas and progress for secondary payload capabilities
5.4. 10:00 Coffee break
5.5. 10:30 Launch opportunities for small spacecraft (continued)
Speakers:
Luke Flynn, ppt, University of Hawaii, The Hawaii Space Flight Lab and the LEONIDAS project
John H. Campbell, ppt, NASA Wallops Flight Facility, Launch opportunities at NASA Wallops Flight facility
Robert Caffrey, ppt, NASA Goddard Space Flight Center, The GeoQuickRide Program
Sam Myers Sims, ppt, The Aerospace Corp., Space Test Program Mission Design DoD Space Test Program: Access to Space
Mike Marlow, ppt, STP-SIV Program Manager, USAF Payload Design Criteria for the Space Test Program-Standard Interface Vehicle (STP-SIV)
5.6. 12:00 PM Lunch break
5.7. 1:30 PM Innovative technology developments for small satellite systems
Chair: Charles Gay, NASA HQ
Speakers:
James G. Watzin, ppt, NASA Goddard Space Flight Center, Revitalizing small-sat based missions
Dino Lorenzini, ppt, SpaceQuest, NanoSat payload accommodation
Adam M. Baker, ppt, Surrey Satellite Technology Ltd, Enabling better space weather & atmospheric research through cost effective small spacecraft
Vassilis Angelopoulos, ppt, University of California, Berkeley THEMIS as a pathfinder for a microsatellite program
James A. Slavin, ppt, NASA Goddard Space Flight Center, The ST-5 mission
Pete Klupar, ppt, NASA Ames Research Center, Recent nanosat missions and plans for future developments at NASA ARC
Michael Hurley, ppt, Naval Research Laboratory, Operationally Responsive Space (ORS) and TacSat Overview
5.8. 3:30 PM Poster session & Coffee break
5.9. 5:00 PM Discussion and Conclusions for Platforms and Launches
Discussion Lead: Robert McCoy, ONR
Objective: Identify key issues and possibilities in regard to
- Providing launches for a small satellite research program
- What are the greatest challenges, e.g. cost, availability, regulations, and satellite integration?
- What are the most promising developments or opportunities, e.g. commercial launchers, partnering with other agencies, international partnerships, and standardized integration for piggy-back launches?
- Building or providing satellites for a small satellite research program
- What are the greatest challenges, e.g. development costs, integration of payloads, regulations, power, and communication/ground stations?
- What are the most promising developments or opportunities, e.g. standardized satellite systems, standardized payload integration, and technological progress on power and communications systems?
Session Notes
- Art Poland noted that a university in Germany has had success with thesis-to-launch small satellite missions. He has given us some slides from the Roeser at Stuttgart ppt
- Via email, Klaus Schilling has noted the only German Pico-Satellite so far in-orbit, UWE-1, has been developed at the University Wuerzburg and has provided a leaflet pdf
- Other session notes to be posted here.
5.10. 6:00 PM Adjourn
- Social Hour at Carpool's - map starting after the meeting.
6. Wednesday May 16
Advancing Research by means of measurements from small satellites & miniaturization of scientific payloads
6.1. 7:30 AM
Continental breakfast
6.2. 8:30 AM Solar and Heliospheric Research
Chairs: Jie Zhang and Merav Opher, George Mason Univesity
Speakers:
Robert Lin, ppt, University of California, Berkeley, High energy measurements for solar, heliospheric, magnetospheric, and atmospheric physics
Douglas Rabin, pdf, NASA Goddard Space Flight Center, Solar context observations from lightsats
Russell Howard, ppt, Naval Research Laboratory, Advances in solar imaging
Bernard Jackson, zip, University of California, San Diego, Development of a small Solar Mass Ejection Imager
A photo taken of the group with the small SMEI all-sky imager. Jackson is near the imager, and Bob Weigel of GMU is sitting next to me in the front row
6.3. 09:45 AM Coffee break
6.4. 10:15 AM Magnetospheric Research
Chair: Rod Heelis, University of Texas at Dallas
Speakers:
Harlan Spence, zip, Boston University, The MagCon Mission Concept
- Links to the MagCon Study Team web pages I mentioned in the talk: htm
- A direct link to the documents of relevance: htm
Craig Pollock, ppt, South West Research Institute, Plasma Instrument Miniaturization and Integration: Approaches and Limitations
David Klumpar, pps, Montana State University, Science requirements flow-down: Impacts on the capabilities of small satellites
James Clemmons, [Did not attend], The Aerospace Corp., Energetic particle measurements
James Spann, NASA Marshall Space Flight Center, Imaging Geospace and Auroras from small satellites
Marc Lessard, ppt, Universtiy of New Hampshire, Observing ion cyclotron waves
6.5. 12:00 PM Lunch break
6.6. 13:30 PM Atmospheric and Ionospheric Research
Chair: Ennio Sanchez, SRI International
Speakers:
Paul Kintner, zip, Cornell University, Utilizing small satellites to address mid-latitude ionospheric space weather science questions
Robert Pfaff, ppt,NASA Goddard Space Flight Center, Synergistic Scientific Measurements using Consolidated Instrument Suites on Small Satellites -- Experience from the FAST, DEMETER, and C/NOFS Missions
Gary Swenson, ppt, University of Illinois, Optical sensing of atmospheric emissions from Cubesats and Nanosats
Stephen Mende, pdf, University of California Berkeley, Tomographic airglow measurements from satellites
Charles Swenson, zip, Utah State University, Ionospheric Nano-satellite Formation (ION-F) and instrumentation
Kenneth F. Dymond, ppt, Naval Research Laboratory, The COSMIC mission
Andrew Nicholas, Naval Research Laboratory, The Atmospheric Neutral Density Experiment mission
6.7. 3:30 PM Poster session & Coffee break
6.8. 4:30 PM Discussion and Conclusions for Research and Sensors
Discussion Lead: Michael Hesse, NASA GSFC
Objective: Identify key science objectives and measurement technologies for a small satellite program
- Direct benefit
- Which important measurements could be provided right now by a small satellite program, i.e. utilizing existing science instrument and satellite system capabilities?
- What are presently available technologies or expected developments in miniaturized instrumentation that could be applied to small sat-based research?
- A vision
- What are the exciting scientific goals that a small satellite program could help advance in the near future?
6.9. 6:00 PM Adjourn
7. Thursday May 17
7.1. 7:30 AM
Continental breakfast
7.2. 8:30 AM Identifying key space weather needs that can be satisfied by small satellite observations
Chair: Robert Robinson, NSF
Speakers:
Howard Singer, ppt, NOAA Space Environment Center, Space weather measurement needs and capabilities
Odile de La Beaujardiere, ppt, Air Force Research Laboratory, The PECOS low Earth orbit space weather satellites
7.3. 9:15 AM Discussion and Conclusions for Space Weather
Discussion Lead: Robert Robinson, ppt, NSF
Objective:
- Which important measurements could be provided right now by a small satellite program, i.e. utilizing existing science instrument and satellite system capabilities?
- What are the most exciting Space Weather goals for a small satellite program in the future, e.g., L1 monitor, ionospheric specification, geomagnetic fields and particles?
7.4. 10:00 AM Coffee break
7.5. 10:30 AM Using small satellites as an educational tool for science and engineering
Chair: Thomas Zurbuchen, University of Michigan
Speakers:
David W. Yoel, ppt, American Aerospace Advisors, Student space experiment access – a national imperative
Robert J. Twiggs, ppt, Stanford University, Using student space assets for atmospheric science research
Matthew McHarg, ppt, US Air Force Academy, The FalconSat program: space science
Timothy Lawrence, [Did not present. See McHarg presentation], US Air Force Academy, The FalconSat program: engineering
Heather Reed, html, University of Colorado, Best practices and lessons learned in Student Instrument Programs: The SNOE case study
R. Scott Erwin, ppt, Air Force Research Laboratory, The University NanoSat program
7.6. 12:00 PM Discussion and Conclusions for Education
Discussion Lead: Thomas Zurbuchen, ppt, University of Michigan
Objective: Establish key ingredients in making a small satellite program successful in promoting education and learning, in terms of:
- Educational opportunities for aerospace engineering, including general math, science, and engineering
- What are the pros and cons of university (or student)-built small satellites and/or subsystems, e.g. cheap but high-risk, and collaboration across university departments?
- Educational opportunities for experimental space science, atmospheric science, earth science, etc.
- What are the main opportunities that a small satellite program could offer that do not exist today, e.g. student participation in building payloads for large missions is limited/ unsuccessful?
7.7. 1:00 PM Adjourn
8. List of Posters
- Justin Akagi, University of Hawaii, Self-Steering Antenna Arrays For Small Satellites
- David Barnhart, University of Southern California, Opportunities for 24/7 coverage for small satellites in a specialized set of highly elliptical/inclined orbits, that would be of particular interest for space weather satellites for hemispherical coverage
- Paul Bernhardt, Naval Research Laboratory, The Space-Based Calibration of NSF MF and HF Radars using the Precision Expandable Radar Calibration Sphere (PERCS)
- Sven Bilen, Pennsylvania State University, Multipoint In-Situ Radiation and Plasma Sensing System (MIRPSS
- Phillip C. Chamberlin, LASP, University of Colorado, Comparisons Between NASA Small Satellites, NASA Sounding Rockets, and a Proposed Small Satellite Program.
- James J. Connell, University of New Hampshire, Measuring High Energy Ions with ADIS
- James Cutler, Stanford University
- Richard Doe, SRI International, Simulation of a Constellation of Small-Satellite-Based Photometers and GPS Receivers for Space Weather Applications
- Norman Fitz-Coy, University of Florida, Microsatellites for Studying the Earth's Energy Balance
- Lloyd French, University of Hawaii, Hawaii Space Flight Laboratory: LEONIDAS Mission Concept Architecture
- Hanna Goldberg, JPL, The Micro-Inspector Spacecraft
- Ray M. Haynes, news item Talk 1 ppt, Talk 2 pdf, Talk 3 ppt Northrop Grumman Corporation, Complexity of A-Train type approach (EOS, POES, NPOESS, etc.) vs small sats as gapfillers and significant opportunities for systems engineering trade studies that might be performed by students' projects
- Albert Helfrick, Embry-Riddle Aeronautical University, The Embry-Riddle satellite that was the winner of the Florida University Satellite competition.
- John Hughes, Embry-Riddle Aeronautical Univeristy, The Embry-Riddle Small Satellite Student Project.
- Chris Koehler, Colorado Space Grant Consortium, University of Colorado at Boulder, A Low-Cost Small Satellite Program for Neutral Density and Wind Research
- Scott Palo, Dep. of Aerospace Engineering, University of Colorado, A Hands-on Model for Teaching Space Hardware Design
- Nick Paschalidis, The Johns Hopkins University, Applied Physics Lab, Advanced Detector and ASIC Technologies for Miniaturization of Instrument and Spacecraft Systems
- Mason Peck, Cornell University, CUSat consists of a pair of 20 kg satellites built at Cornell University and is an example of the high-quality, innovative, but low-cost spacecraft that can be built within a university environment. Having won the University Nanosat 4 competition, CUSat will be launched in 2008 and will demonstrate close-proximity, high-precision navigation.
- Milind Pimprikar, Centre for Large Space Structures and Systems (CLS3) and CANEUS, CANEUS and The CANEUS Small Satellite Working Group (CSS-WG): Challenges, Opportunities & Vision for the Small Satellite Developments
- David Smith, University of California, Santa Cruz, Small-scale instrumentation (x-ray, energetic particle, optical, radio) for problems in upper-atmospheric electricity (physics of sprites, blue jets, elves, terrestrial gamma-ray flashes) -- examples of the French microsat mission TARANIS and other scenarios (for example multi-point measurements)
- Ennio Sanchez, Michael Nicolls, Russell Cosgrove, and Hasan Bahcivan,Center for Geospace Studies, SRI International, The benefits of small, inexpensive satellites for scientific investigations of the upper atmosphere
- Zoltan Sternovsky, LASP/University of Colorado, Development of space missions and instruments through education, Presented by: Scott Palo, Aerospace Engineering, University of Colorado
- David Voss, Boston University, BUSAT: Boston University Student satellite for Application and Training
- Hank Voss, Taylor University, High-Altitude Balloon Launches and Nanosatellites for Effective Education, Inspiration, and Space Weather Research
- John J. Webb, Jr., President, Instarsat LLC Durham, NC, The utilization of next generation small satellite platforms for space weather and atmospheric research
- Andrew Yau, University of Calgary, The Canadian CASSIOPE Enhanced Polar Outflow Probe (e-POP) Small Satellite Mission
- Wolfram Lunscher, COM DEV Ltd., Space Astronomy at COM DEV, from Sub-millimeter to Ultraviolet and beyond
9. List of Participants
1, Adams, Charlie, Gray Research, Inc., 35806, charles.l.adams_$_msfc.nasa.gov
2, Adrian, Mark, NASA/GSFC, 20771-1000, mark.l.adrian_$_nasa.gov
3, Akagi, Justin, University of Hawaii, 96822, akagij_$_hawaii.edu
3a, Baker, Adam, Surrey Satellite Technology Ltd, ZIP N/A, a.baker@sstl.co.uk
4, Baker, Kile, National Science Foundation, 22230, kbaker_$_nsf.gov
5, Ballard, Perry, DOD Space Test Program, 77058, perry.g.ballard_$_nasa.gov
6, Barbier, Louis, NASA, 20771, louis.m.barbier_$_nasa.gov
7, Barnhart, David, USC/ISI, 90292, barnhart_$_isi.edu
8, Behnke, Richard, National Science Foundation, 20005, rbehnke_$_nsf.gov
9, Bellaire, Paul, NSF, 22230, pbellair_$_nsf.gov
10, Belte, Ed, Orbital Sciences Corporation, 20166, belte.ed_$_orbital.com
11, Beres, Kathleen, Orbital Sciences Corporation, 20770, beres.kathleen_$_orbital.com
12, Bernhardt, Paul, Naval Research Laboratory, 20375, bern_$_ppd.nrl.navy.mil
13, Bhattacharya, Subhashish, Dept. or ECE, NC State University, 27695, sbhattacharya_$_ncsu.edu
14, Bilen, Sven, Penn State University, 16802, sbilen_$_psu.edu
15, Braga, Carlos, INPE, 97110970, carlos_$_lacesm.ufsm.br
139, Bust, Gary, Astraspace, gbust_$_astraspace.net
16, Campbell, John, NASA, 23337, john.h.campbell_$_nasa.gov
17, Chafer, Charles, Space Services Inc., 77005, cmchafer_$_spaceservicesinc.com
18, Chamberlin, Phillip, U of Colorado/LASP, 80303, phil.chamberlin_$_lasp.colorado.edu
19, Cheung, Cynthia, NASA/GSFC Code 695, 20771, cynthia.y.cheung_$_nasa.gov
20, Choi, Srimal, Orbital Sciences Corporation, 20166, choi.srimal_$_orbital.com
21, Clemmmons, James, The Aerospace Corporation, 90009, james.clemmons_$_aero.org
22, Collins, Richard, University of Alaska Fairbanks, 99775-7320, rlc_$_gi.alaska.edu
23, Connell, James, University of New Hampshire, 03824, james.connell_$_unh.edu
24, Correll, Randall, Ball Aerospace, 22201, rcorrell_$_ball.com
25, Crabbs, Robert, Florida Space Institute, 32920, rcrabbs_$_mail.ucf.edu
141, Cutler, James, Stanford University, 94305, jwcutler_$_gmail.com
26, Dahlburg, Jill, Naval Research Laboratory, 20375, jill.dahlburg_$_nrl.navy.mil
27, Daniels, Mark, Space Services Inc., 20854, mark_$_markhdaniels.com
28, Demoz, Belay, NASA/GSFC, Greenbelt, MD, 20771, belay.b.demoz_$_nasa.gov
29, Doe, Rick, SRI International, 94026, doe_$_sri.com
30, Dutta, Gopa, Anwarul-Uloom College, 500001, gopadutta_$_yahoo.com
31, Dymond, Kenneth, Naval Research Laboratory, 20375, kenneth.dymond_$_nrl.navy.mil
32, Edmonson, William, NC State University, 27695, wwedmons_$_ncsu.edu
33, Erwin, Richard, Air Force Research Laboratory, 87117, richard.erwin_$_kirtland.af.mil
34, Esman, Ron, DARPA/BoozAllen, 22203, esman_ronald_$_bah.com
35, Fesen, Cassandra, nsf, 22042, cfesen_$_nsf.gov
36, Fitz-Coy, Norman, University of Florida, 32611, nfc_$_ufl.edu
37, Flynn, Luke, University of Hawaii, 96822, flynn_$_higp.hawaii.edu
38, Forbes, Jeffrey M, University of Colorado, 80309-0429, forbes_$_colorado.edu
39, Foster, John, MIT Haystack Observatoy, 01886, jfoster_$_haystack.mit.edu
40, French, Lloyd, University of Hawaii/HSFL, 96822, french_$_higp.hawaii.edu
41, Geisel, Frank, Draper Laboratory, 02139, fgeisel_$_draper.com
42, Gendreau, Keith, NASA/GSFC, 20771, keith.c.gendreau_$_nasa.gov
43, Goldberg, Hannah, Jet Propulsion Lab, 91109, hannah.r.goldberg_$_jpl.nasa.gov
44, Guhathakurta, Madhulika, nasa headquarters, 20546, mguhatha_$_hq.nasa.gov
45, Gunzelman, Mark, STC/OFCM, 20910, mark.gunzelman_$_noaa.gov
46, Ham, Chan, University of Central Florida, 32816, cham_$_mail.ucf.edu
47, Harvey, Lawrence, Center for Applied Space Technology, 32073, lharvey_$_c-ast.org
48, Haynes, Ray, Northrop Grumman Corporation, 90277, ray.haynes_$_ngc.com
49, Heelis, Rod, University of Texas at Dallas, 75083-0688, heelis_$_utdallas.edu
50, Hesse, Michael, NASA GSFC, 20771, michael.hesse_$_nasa.gov
51, Hickey, Michael, Embry-Riddle Aeronautical University, 32114, michael.hickey_$_erau.edu
52, Howard, Regan, Orbital Sciences, 20166, howard.regan_$_orbital.com
53, Huang, Tian-Sen, Prairie View A&M University, 77446, tshuang_$_pvamu.edu
54, Huang, Tian-Sen, Prairie View A&M University, 77446, tshuang_$_pvamu.edu
55, Hughes, John, Embry-Riddle Aeronautical University, 32117, john.hughes_$_erau.edu
56, Imma Reddy, Venkata Subba Reddy, National Central University, 32054, isubbareddy_$_rediffmail.com
57, Jahn, Jorg-Micha, Southwest Research Institute, 78238-5166, jjahn_$_swri.edu
58, Jirdeh, Hussein, Universities Space Research Association, 21044, hjirdeh_$_usra.edu
59, Kantsiper, Brian, JHU Applied Physics Laboratory, 20723, brian.kantsiper_$_jhuapl.edu
60, Kelley, Mike, Cornell University, 14850, mck13_$_cornell.edu
61, Kintner, Paul, Cornell University, 14853, pmk1_$_cornell.edu
62, Klumpar, David, Montana State University, 59717, klump_$_physics.montana.edu
63, Klupar, Pete, NASA, 94040, pklupar_$_mail.arc.nasa.gov
64, Koehler, Chris, Colorado Space Grant Consortium, 80309, koehler_$_colorado.edu
65, Koenig, Jesse, SpaceDev, Inc, 92064, jesse_$_spacedev.com
66, Korose, Marsha, NGIT/TASC, 22202, marsha.korose_$_osd.mil
67, Kumar, Kiran, irf, 75143, kovikiran_$_gmail.com
68, Lehmacher, Gerald, Clemson University, 29634, glehmac_$_clemson.edu
69, Lessard, Marc, University of New Hampshire, 03824, marc.lessard_$_unh.edu
70, Lin, Robert, Univ. of Calif.,Berkeley, Space Sciences Lab, 7 Gauss Way, Berkeley CA, 94720-7450, rlin_$_ssl.berkeley.edu
71, Lorenzini, Dino, SpaceQuest, Ltd., 22030, dino_$_spacequests.com
72, Lunscher, Wolfram, COM DEV Ltd., k2k 3j1, wolfram.lunscher_$_comdev.ca
73, Lynch, Kristina, dartmouth college, 03755, kristina.lynch_$_dartmouth.edu
74, Marlow, Mike, DoD/Space Test Program, 87117, mike.marlow_$_kirtland.af.mil
75, McCormick, Chris, Broad Reach Engineering, 80401, ccmcc_$_broad-reach.net
76, McFadden, James, U C Berkeley, 94720, mcfadden_$_ssl.berkeley.edu
77, McGuire, Bob, NASA Goddard Space Flight Center, 20771, robert.e.mcguire_$_nasa.gov
78, McHarg, Matthew, USAF Academy, 80840, matthew.mcharg_$_usafa.af.mil
79, Mende, Stephen, SSL University of California, Berkeley, 94720, mende_$_ssl.berkeley.edu
80, Millan, Robyn, Dartmouth College, 03755, robyn.millan_$_dartmouth.edu
81, Miller, Kent, AFOSR, 22203, kent.miller_$_afosr.af.mil
82, Moretto Jorgensen, Therese, NSF, 22230, tjorgens_$_nsf.gov
83, Myers, Steve, Naval Research Laboratory, 20375, steve.myers_$_nrl.navy.mil
84, Nicholas, Andrew, NRL Code 7669 Washington DC, 20375, andrew.nicholas_$_nrl.navy.mil
85, Noto, John, Scientific Solutions, Inc., 01863, noto_$_sci-sol.com
143, Opher, Merav, George Mason University, 22030, mopher_$_physics.gmu.edu
86, Palo, Scott, University of Colorado, 80309-0429, palo_$_colorado.edu
87, Papitashvili, Vladimir, University of Michigan, 20814, papita_$_umich.edu
88, Paxton, Larry, JHU/APL, 20723, larry.paxton_$_jhuapl.edu
89, Peck, Mason, Cornell University, 14853, mp336_$_cornell.edu
90, Perdue, Michael, University of Texas at Dallas, 75080, perdue_$_utdallas.edu
91, Pesses, Marl, SAIC, 20223, pessesm_$_saic.com
92, Pfaff, Robert, NASA/Goddard Space Flight Center, 20771, robert.f.pfaff_$_nasa.gov
93, Pilinski, Marcin, Colorado Space Grant Consortium, 80309, marcin.pilinski_$_colorado.edu
94, Pimprikar, Milind, CANEUS Small Satellite Working Group, H4X 2G6, mp_$_caneus.org
142, Poland, Art, George Mason University, 22030, apoland_$_gmu.edu
95, Pollock, Craig, Southwest Research Institute, 78238, cpollock_$_swri.edu
96, Rabin, Douglas, NASA Goddard Space Flight Center, 20771-0001, douglas.rabin_$_nasa.gov
97, Reed, Heather, CU/LASP, 80303, heather.reed_$_lasp.colorado.edu
98, Robinson, Bob, National Science Foundation, 20005, rmrobins_$_nsf.gov
99, Rodilosso, Thomas, Office of Naval Research, 22203, rodilot_$_onr.navy.mil
100, Rogers, Aaron, JHU/APL, 20723, aaron.rogers_$_jhuapl.edu
101, Rowland, Douglas, NASA Goddard Space Flight Center, 20771, douglas.e.rowland_$_nasa.gov
102, Sadlowski, Dave, Space Florida, 32920, dsadlowski_$_spaceflorida.gov
103, Sanchez, Ennio, SRI International, 94025, ennio.sanchez_$_sri.com
104, Sharma, Surja, University of Maryland, 20742, ssh_$_astro.umd.edu
105, Sims, Sam, Space Test Program / Aerospace Corp, 87198, eleni.sims_$_aero.org
106, Singer, Howard, NOAA Space Environment Center, 80305, howard.singer_$_noaa.gov
107, Slavin, James, NASA GSFC, 20771, james.a.slavin_$_nasa.gov
108, Smith, Billy, US Naval Academy, 21402, brsmith_$_usna.edu
109, Smith, Daniel, Broad Reach Engineering, 80401, dsmith_$_broadreachengineering.com
110, Smith, David, University of California, Santa Cruz, 95064, dsmith_$_scipp.ucsc.edu
111, Socker, Dennis, Naval Research Laboratory, 20375-5320, dennis.socker_$_nrl.navy.mil
112, Sojka, Jan, Utah State University, 84322-4415, sojka_$_cc.usu.edu
113, Spence, Harlan, Boston University/Center for Space Physics, 02215, spence_$_bu.edu
114, Suess, Dionna, NASA, 94035, dionnasuess2_$_aol.com
115, Swenson, Charles, Utah State University, 84322, charles.swenson_$_usu.edu
116, Swenson, Gary, University of Illinois/Electrical and Computer Engineering, 61801, swenson1_$_uiuc.edu
117, Szatkowski, Jake, ULA/Business Development, 80465, gerard.p.szatkowski_$_lmco.com
118, Szatkowski, Jake, ULA, 80465, gerard.p.szatkowski_$_lmco.com
119, Talaat, Elsayed, The Johns Hopkins University Applied Physics Laboratory, 20723, elsayed.talaat_$_jhuapl.edu
120, Thorsen, Denise, University of Alaska Fairbanks, 99708, ffdt_$_uaf.edu
121, Turner, Ron, ANSER, 22206, ron.turner_$_anser.org
122, Twiggs, Bob, Stanford University, 94305-4035, bob.twiggs_$_stanford.edu
123, Voss, David, Boston University, 02215, dvoss_$_bu.edu
124, Voss, Hank, Taylor University, 46989, hnvoss_$_taylor.edu
125, Walker, Shannon, HQ USAF/Directorate of Weather, 22209, shannon.walker_$_pentagon.af.mil
126, Watson, Bill, NASA, 20546-0001, bill.watson_$_nasa.gov
127, Webb, John, Instarsat, LLC, 27715, jwebb_$_instarsat.com
128, Weigel, Bob, George Mason Univeristy, 22030, rweigel_$_gmu.edu
129, Weigel, Bob, George Mason Univeristy, 22030, robert.sweigel_$_gmail.com
130, Wesolek, Danielle, JHU/APL, 20723, danielle.wesolek_$_jhuapl.edu
131, Worden, Simon, NASA Ames Research Center, 94035, simon.p.worden_$_nasa.gov
132, Yau, Andrew, University of Calgary, T2N1N4, yau_$_phys.ucalgary.ca
133, Yoel, David, American Aerospace Advisors, Inc., 19087, dyoel_$_american-aerospace.net
134, Yunck, Thomas, Jet Propulsion Laboratory, 91109, tpy_$_jpl.nasa.gov
135, Zhang, Jie, George Mason University, 22030, jzhang7_$_gmu.edu
136, Zhou, Yi, George Washington University, DC 20052, zhouyi_$_gwu.edu
137, Zugger, Michael, Penn State ARL, 16803, mez115_$_only.arl.psu.edu
138, Zurbuchen, Thomas, University of Michigan, 48109-2143, thomasz_$_umich.edu
139, Fish, Chad, Space Dynamics Laboratory, 84341, Chad.Fish_$_sdl.usu.edu
140, Bust, Gary, Astraspace, gbust_$_astraspace.net
141, Cutler, James, Stanford University, 94305, jwcutler_$_gmail.com
142, Poland, Art, George Mason University, 22030, apoland_$_gmu.edu
143, Opher, Merav, George Mason University, 22030, mopher_$_physics.gmu.edu
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144, Aguero, Victor, SRI International, victor.aguero_$_sri.com
145, Caffrey, Robert, NASA, robert.t.caffrey_$_nasa.gov
146, Seitz, Jeremy, SAF/USAL, Jeremy.Seitz.ctr_$_pentagon.af.mil
147, Crain, David, ITT Space Systems, David.Crain_$_itt.com
148, McCoy, Robert, Office of Naval Research, MCCOYR_$_ONR.NAVY.MIL
149, Hauser, Joseph, Praxis Inc., hauserj_$_pxi.com
150, Hughes, Tim, Space Exploration Technologies
151, Basu, Santimay, AFRL (VSBXI), sbasu_$_ssd5.nrl.navy.mil
152, Basu, Sunanda, Boston University,sbasu_$_bu.edu
152, Mackey, Robert, Lockheed Martin, robert.j.mackey_$_lmco.com
