Over a 100 years ago we humans first landed on Antarctica. At the time we could not have imagined the heliophysics scientific gains that would be got from this continent. Sixty-five years ago we had the first international geophysical year aimed at deployment of instrumentation across this southern most continent and around the globe in recognition of the potential advancements from this integrated system of measurements. This potential has been realized and continues to grow as Antarctica returns science results across most disciplines, inspires artists and athletes, and has touched the lives of many through these gains. Today we are on the precipice of a future new Antarctica with the launch of Artemis 1 and plans for the return of humans to the lunar surface and human exploration to Mars. Heliophysics and space weather are necessary components for the success of these dreams and will benefit greatly from the fundamental science exploration that Artemis and mission to Mars will enable. Within this paper we will discuss the ways in which Artemis and the mission to Mars will benefit Heliophysics and space weather and end with recommendations for steps we see needed to actualize these dreams.


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    Title :

    Artemis, Gateway, the Return to the Moon and Forward to Mars for Heliophysics


    Contributors:
    A. J. Halford (author) / S. L. Savage (author) / B. M. Walsh (author) / S. D. Christe (author) / A. A. Pulkkinen (author) / P. Obrien (author) / A. Young (author)

    Publication date :

    2022


    Size :

    1 pages


    Type of media :

    Report


    Type of material :

    No indication


    Language :

    English




    Artemis, Gateway, the Return to the Moon and Forward to Mars for Heliophysics

    Alexa Halford / Sabrina Savage / Brian Walsh et al. | NTRS | 2022


    Artemis, Gateway, the Return to the Moon and Forward to Mars for Heliophysics

    Alexa J Halford / Sabrina Leah Savage / Brian M Walsh et al. | NTRS | 2022