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History of the FASR Project |
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Phase A Study Activities |
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Timeline |
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Workshop Goals |
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San Juan Capistrano Workshop (1995) |
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Broad science consensus |
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Strawman design |
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NAS/NRC Parker Committee Report (1998) |
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Endorsed by task group on Ground-based Solar
Research |
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NAS/NRC Astronomy and Astrophysics (Decadal)
Survey Committee Report (2001) |
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Ranked as one of 17 priority instruments to be
constructed in this decade |
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NAS/NRC Solar and Space Physics Decadal Review
Committee (2001-2002) |
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Presented to the panel, still under review |
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NSF Advanced Technologies and Instrumentation
(ATI) Program (2002) |
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Proposal for ‘Phase A’ study, submitted in Aug.
2001, was successful |
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Funding began Mar 2002 |
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This workshop is the start of activities |
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History of the FASR Project |
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Phase A Study Activities |
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Timeline |
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Workshop Goals |
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Purpose of Phase A Study |
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Deliverables |
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Principal Institutions (so far) |
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Project Management |
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Task Groups |
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Task Management |
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Purpose of Phase A Study |
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Deliverables |
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Principal Institutions (so far) |
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Project Management |
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Task Groups |
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Task Management |
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Purpose of Phase A Study |
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Deliverables |
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Principal Institutions (so far) |
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Project Management |
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Task Groups |
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Task Management |
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Purpose of Phase A Study |
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Deliverables |
|
Principal Institutions (so far) |
|
Project Management |
|
Task Groups |
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Task Management |
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Purpose of Phase A Study |
|
Deliverables |
|
Principal Institutions (so far) |
|
Project Management |
|
Task Groups |
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Task Management |
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|
Purpose of Phase A Study |
|
Deliverables |
|
Principal Institutions (so far) |
|
Project Management |
|
Task Groups |
|
Task Management |
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|
History of the FASR Project |
|
Phase A Study Activities |
|
Timeline |
|
Workshop Goals |
|
|
|
|
|
History of the FASR Project |
|
Phase A Study Activities |
|
Timeline |
|
Workshop Goals |
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The workshop has several broad goals: |
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FASR science definition |
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Refine FASR science specifications |
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Establish FASR science priorities |
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Investigate FASR design issues |
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Begin to explore partnerships |
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FASR Science Definition |
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What are the “key science” problems that FASR
could address? |
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What are the associated observables? |
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Which are unique? |
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Do not forget forecasting and synoptic programs. |
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Think boldly! |
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Refine FASR Science Specifications |
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Specify the angular, temporal, and spectral
coverage requirements |
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Specify the angular, temporal, and spectral
resolution requirements |
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Dynamic range? |
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Polarimetry needed? |
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With what precision must the required
observables be measured? |
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Establish FASR Science Priorities |
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On what “key science” is FASR expected to have a
significant impact? |
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What capabilities must FASR support in order to
do so? |
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What is the cost of supporting such
capabilities? |
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What, therefore, is “core” FASR science and what
is “extended” FASR science? |
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Introduction to FASR Design Issues |
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What instrument specifications drive hardware
costs? |
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Which subsystems are the most technically
challenging? |
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Which subsystems might “piggy-back” on parallel
efforts? |
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Or benefit from the heritage of prior efforts? |
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Begin to Explore Partnerships |
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Identify institutions and individuals who wish
to participate in the FASR project |
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Identify aspects of the project to which they
can contribute |
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Domestic and international partners needed |
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Individuals can make a difference! |
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Think boldly |
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Stay on task – relate what you have to say to
FASR. |
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Think about how you and/or your institution can
participate further. |
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Spread the word about the importance of FASR to
solar physics. |
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