Jupiter’s radiation belts as a target for NASA’s Heliophysics Division
Whitepaper #215 in the Decadal Survey for Solar and Space Physics (Heliophysics) 2024-2033. Main topics: basic research. Additional topics: planetary magnetospheres; fundamental space plasma theory.
by P. Kollmann, O. Allanson, L. Arruda, G. Berland, L. W. Blum, J. Bortnik, X. Cao, T. Y. Chen, G. Clark, I. Cohen, J. F. Cooper, F. Crary, R. T. Desai, K. Dialynas, A. Drozdov, O. V. Dudnik, W. R. Dunn, G. B. Hospodarsky, H. Huybrighs, C. M. Jackman, A. N. Jaynes, I. Jun, K. K. Khurana, R. Kraft, E. A. Kronberg, S. Lejosne, W. Li, X. Li, L. Liuzzo, Q. Ma, R. Marshall, B. Mauk, Q. Nénon, T. A. Nordheim, C. Paranicas, C. C. Plainaki, L. H. Regoli, E. Roussos, Y. Shprits, A. Siecard, S. Simon, H. T. Smith, K. Sorathia, H. E. Spence, A. Sulaiman, Y. Sun, W. Tu, D. L. Turner, M. E. Usanova, P. Williams, E. E. Woodfield, X. Wu, and C.-J. Yuan
Published onJul 31, 2023
Jupiter’s radiation belts as a target for NASA’s Heliophysics Division
Jupiter is the largest particle accelerator in the solar system and therefore an ideal laboratory to study fundamental heliophysics.
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