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  • Presentation | SH33F: Turbulence, Magnetic Reconnection, and Nonthermal Particles in Space Plasmas II Poster
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  • SH33F-2573: Magnetic Waves Excited by Newborn Inner Source Pickup H+ Measured by the Voyager Spacecraft Inside 3AU
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  • Board 2573‚ Hall EFG (Poster Hall)
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Author(s):
Charles Smith, University of New Hampshire Main Campus (First Author, Presenting Author)
Sophia Hollick, Yale University
Zackary Pine, University of California Los Angeles
Matthew Argall, University of New Hampshire
Colin Joyce, University of New Hampshire Main Campus
Philip Isenberg, Univ New Hampshire
Philip Quinn, Leidos / NASA JSC
Bernard Vasquez, University of New Hampshire
Nathan Schwadron, Princeton University
Justyna Sokół, Southwest Research Institute
Maciej Bzowski, Space Research Centre, Polish Academy of Sciences
Marzena Kubiak, Space Research Center of Polish Academy of Sciences


We report waves as seen by the Voyager spacecraft that are excited by newly ionized H+ that originates with the impact of solar wind protons on dust grains. The scattering of these particles excites low-frequency magnetic waves. In most cases, the wave energy is absorbed by the background turbulence and the waves are not seen. When the turbulence is weak, it is possible to observe the wave activity and test their properties against established theories.



Scientific Discipline
Neighborhood
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Main Session
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