QuickPUNCH Data for Space Weather Research and Operations

Dan
Seaton
Southwest Research Institute
Craig DeForest, SwRI
Marcus Hughes, SwRI
Derek Lamb, SwRI
Chris Lowder, SwRI
Ritesh Patel, SwRI
Jillian Redfern, SwRI
Sam Van Kooten, SwRI
Matt West, ESA
Michael Burek, CU CIRES/NOAA NCEI
Gabriel Dima, CU CIRES/NOAA NCEI
Sarah Gibson, HAO
Jeff Johnson, CU CIRES/NOAA SWPC
Timothy Meisenhelder, NOAA NCCF
George Millward, CU CIRES/NOAA SWPC
Donald Schmit CU CIRES/NOAA NCEI
Nai-Yu Wang, NOAA SWO
Oral
In addition to its science mission, PUNCH makes low-latency observations of the corona and heliosphere that can support space weather forecasting operations: the QuickPUNCH project, whose initial goal is to develop and demonstrate the required data products, pipeline, and low-latency capabilities. Here we describe the space weather applications for QuickPUNCH observations and provide an update on the latest QuickPUNCH progress. We discuss the specific low-latency QuickPUNCH data products for space weather and how they are used in NOAA’s Space Weather Prediction Center. We also discuss potential R2O applications for space weather, including using polarimetric data for 3D CME tracking, and the use of PUNCH data as a constraint for numerical forecasting models.
Presentation file