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The New Heliophysics Division Template James Spann NASA’s Role and Current Efforts for SWAP Acting Chief Scientist 2018 Space Weather Workshop Heliophysics Division 18 April 2018 Overview • Heliophysics System Observatory - Status of Missions in Implementation • Space Weather Strategy • SWx Science Applications Project – SnAP • International and Interagency Partnerships 2 Heliophysics System Formulation Implementatio STEREO (2) Primaryn Ops Observatory Extended Ops SOHO (ESA) RHESSI ICON AIM IBEX ACE GOLD Van Allen Probes SDO (2) Parker Solar Probe TIME TWINS (2) D Wind THEMIS (3) Hinode (JAXA) Geotail (JAXA) Voyager (2) Solar Orbiter (ESA) MMS (4) ARTEMIS (2) SET-1 IRIS 3 Heliophysics System Formulation ICON Implementatio STEREO (2) Primaryn Ops Observatory NET Jun 2018 Extended Ops SOHO (ESA) GOLDRHESSI Parker Solar Jan 2018 ICON AIM Probe July 2018 IBEX ACE GOLD Van Allen Probes SDO (2) Parker Solar Probe TIME TWINS (2) D Wind THEMIS (3) Hinode (JAXA) Geotail (JAXA) Voyager (2) SET Solar Orbiter (ESA) 2018 MMS Solar (4) Orbiter Feb ARTEMIS (2) 2020 SET-1 IRIS 4 Recent National Space Weather Strategy • Space Weather Research and Forecasting Act (S.141), amended May 2017 - Currently being reviewed by House of Representatives Subcommittee on Strategic Forces • National Defense Authorization Act, 2017 - Strategy to prepare for natural and adversarial electromagnetic pulses • National Space Weather Strategy and Space Weather Action Plan, released October 2015 - Details the activities, outcomes and timelines that will be undertaken by U.S. federal departments and agencies for the Nation to make progress toward the strategic goals • Space Weather Operations, Research, and Mitigation (SWORM) Task Force, established by OSTP National Science and Technology Council - 2014 5 SWORM Goal 1, 4, and 5 Summary • Goal 1: Benchmarks - Provide a clear description of space weather events based on scientific and historical knowledge; Phase 1 document released - Next Step: Broader national and international input will be obtained through upcoming community meetings • Goal 4: Impacts on critical infrastructure - Economic Impact Study - Final Report released in September 2017 • Goal 5: Improve services through advancing understanding - Coordinated interagency space weather research funding - Tri-agency MOU released between NASA, NOAA, and NSF - Joint NASA/NOAA Operations-to-Research solicitations 6 SWx Science Applications Project – SnAP Focus and Objectives Goal • The goal of SnAP is to effectively transition heliophysics science investigations’ output to products that enhance the user communities’ ability to address impacts caused by the dynamic space environment. Description • SnAP is a Heliophysics Division managed project that enables transition of heliophysics science results to application products. The drivers for SnAP are the expressed needs of user communities such as engineering, industry, service providers, and operational agencies, that are impacted by the dynamic space environment. SnAP competes ideas and products, leverages existing Agency capabilities, collaborates with other agencies, and partners with the user communities. 7 SnAP Consistent with National Space Weather Policy • Presidential Priorities - enhance the Nation’s resilience to the threat of electromagnetic pulse (EMP); - maintain American dominance in space situational awareness; - mitigate the threat of space weather to our national security assets; - reduce unnecessary regulatory and reporting burdens; - improve the safety and longevity of human and robotic space activities, and - foster private sector investment to spur innovation in space weather forecasting and observations to ensure continued America leadership in and viability of space endeavors. • SWAP Goal 5 • NASA Strategic Plan – Safeguarding and Improving Life on Earth • 2012 Decadal Survey “Solar and Space Physics: A Science for a Technological Society” Action 4.3 8 SnAP General Construct and Content SMD Heliophysics Division managed - Light touch independent project management - Draws on expertise across the agency - Multiagency Collaborations – NSF, NOAA, DoD 1. Competed elements - Applied Research focused on transitioning science to applications - Technology development for observations and informatics required to improve space weather prediction - Small Business Innovation Research (SBIR) 2. Enhanced capabilities - CCMC enhancement for model assessment and transition - High-End Computing capability to enable large scale predictive modeling development 3. Generates responses to National Space Weather actions (e.g. SWORM/SWAP) 9 CCMC AssetsExpanding & Services: Collection Of Models at Community Coordinated Modeling Center > 80 WSA-ENLIL TIE-GCM SAMI-3 LFM-TING GUMICS WSA-ENLIL+Cone GMAT SAM WSA-ENLIL+EPREM LFM-MIX GIC CTIPe IDA4D SWMF.SC+EEGGL+CME WSA-ENLIL+SEPMOD OpenGGCM+CTIM USU-GAIM AWSoM EEGGL RCM REleASE SWMF+RCM+deltaB PFSS.Petrie SWMF+RCM Fok.CIMI SWACI-TEC PREDICCS PFSS.Macneice SWMF+RCM+RBE Fok.RBE ABBYNormal EXO Solar Wind SWMF+RCM+CRCM PFSS.Luhmann ANMHD UPOS RB NRLMSISE EMMREM LFM-MIX-TIEGCM AE-8/AP-8 GITM MAG4 UMASEP CORHEL WINDMI LANLstar AE-9/AP-9 PBMOD ASAP ASSA AMOS Heltomo SMEI IGRF Tsyganenko VERB TRIPL-DA Heltomo IPS PS VP Weigel-deltaB WSA NLFFF SRPM Weimer IE BRYNTRN AACGM Apex Weimer-deltaB MAGIC SNB3GEO IRI DBM AMPS VPIC IMPACT DTM GCR BON NOVICE SWMF.SH PAMHD COSGROVE-PF NAIRAS CARI-7 DIPS PIC-Hesse Ovation Prime Inner Ionosphere/Therm Corona Heliosphere Magnetosphere Local Physics Magnetosphere osphere 10 Intra- and Interagency Partners Planetary: • Co-selected LWS grants; joint ROSES Juno Participating Scientist Program Astrophysics: • Joint “Impact of Stellar Properties on the Habitability of Exoplanets” research opportunity NASA-NSF: • Coordinating ICON & GOLD opportunities (joint NASA mission GI and NSF CEDAR solicitations) • Heliophysics Science Centers Additional NSF/NOAA/NASA collaboration previously described with space weather 11 International Partners ESA: • Solar Orbiter • THOR-US was contingent on selection of ESA M4 mission KASI: • Development towards prototype coronagraph for balloon flight, BITSE, in 2019; agreement signed October 2017 ISRO: • Three sub-working groups established - 1) Aditya-1 mission collaboration - 2) space weather modeling - 3) long-term strategic collaboration focus areas JAXA: • Working with JAXA on approach for Next Generation Solar Physics Mission (NGSPM) 12 Summary • Heliophysics Division continues execution of space weather objectives by - aligning with US National space weather policy and decadal recommendations - implementing SnAP program - incorporating international and interagency partnerships 13 .
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