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Outer planet moon - magnetosphere interaction workshop
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Europe/Amsterdam
Description
COVID19: In light of the global Covid-19 outbreak, the workshop will be held as a virtual meeting.
Outer planet moon - magnetosphere interaction workshop
The focus of this workshop is the interaction between the outer planet moons in our Solar System and their magnetospheric environment, in preparation of upcoming missions like JUICE and Europa Clipper.
Suggested topics include but are not limited to:
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Upstream and local variability of the moons' magnetospheric environments
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Interaction processes between magnetospheres and moon surfaces and exospheres, including the role of dust and the interaction with irregular satellites (for example Thebe and Amalthea)
Abstracts addressing moon-magnetosphere interaction from all disciplines are welcome, including ground-based and Earth-orbit based observation, simulation results, theory, in-situ and remote sensing data analysis. We welcome results from past missions such as Voyager, Galileo and Cassini-Huygens, and current missions such as Hisaki and JUNO.
Contact
Participants
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1
Welcome and introduction
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Oral presentations: Block 1
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2
Invited presentation: The variable energetic charged particle environment of outer planet moonsSpeaker: Elias Roussos (Max Planck Institute for Solar System Research)
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3
Effects of Titan's magnetospheric environment on its atmosphereSpeaker: Leonardo Regoli (Johns Hopkins University Applied Physics Laboratory)
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4
Ambient magnetic and plasma conditions at moon orbitsSpeaker: Nicholas Achilleos (UCL)
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5
Modelling of Energy-Transfer Processes at Ganymede’s Upstream MagnetopauseSpeaker: Nawapat Kaweeyanun (Imperial College London)
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6
Io plasma torus and Jovian aurora activities seen by Hisaki: Recent result, current status, and future planSpeaker: Fuminori Tsuchiya (Graduate school of Science, Tohoku University)
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2
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15:22
Break
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Oral presentations: Block 2
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7
Reconnection-driven Dynamics at Ganymede's Upstream Magnetosphere: 3D Global Hall MHD and MHD-EPIC SimulationsSpeaker: Hongyang Zhou
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8
Multi-fluid MHD Modeling of Europa's Plasma InteractionSpeaker: Camilla Harris (University of Michigan Ann Arbor)
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9
Europa plume studiesSpeaker: Lorenz Roth (KTH Royal Institute of Technology, Stockholm, Sweden)
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10
Impact of using a collisional plume model on detecting Europa's water plumes from a flybySpeaker: Rowan Dayton-Oxland (Miss)
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7
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16:50
Break
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Oral presentations: Block 3
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11
Invited presentation: Variability of the Galilean moon plasma environment and implications for moon-magnetosphere interactionsSpeaker: Fran Bagenal (University of Colorado, Boulder, CO USA)
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12
The Io and Europa plasma tori as potential ultra-low-frequency resonatorsSpeaker: Harry Manners (Imperial College London)
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13
The Io-torus interaction as seen through a telescopeSpeaker: Carl Schmidt (Boston University)
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14
Determining the Io volcanic source with Hisaki neutral oxygen observations and 3D modelingSpeaker: Howard Smith (JHU APL)
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15
Plasma flow around a satellite with an ionosphere: Theoretical models of the moon-magnetosphere interactionSpeaker: Frank Crary (University of Colorado, LASP)
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16
Pickup ions in the outer solar systemSpeaker: Andrew Coates (UCL Mullard Space Science Laboratory)
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11
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19:20
Break
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Poster session: Poster teaser 1
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17
Variability in the energetic electron bombardment of GanymedeSpeaker: Lucas Liuzzo (Space Sciences Laboratory, University of California, Berkeley)
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18
Ganymede BookSpeaker: Martin Volwerk (Space Research Institute, Austrian Academy of Sciences)
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19
Energetic proton depletions near Europa: the effect of plumes, atmospheric charge exchange, Alfvén wings and the wakeSpeaker: Hans Huybrighs
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20
Survey of the Nançay Decameter Array's extended catalog for the possible control of Jupiter's decametric radio emissions by Europa.Speaker: Hadassa Raquel Peixoto Jácome (INPE, Brazil)
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21
Simulations of UV Emission from the Io Plasma Torus using the Colorado Io Torus Emission Package 2 (CITEP 2)Speaker: Edward Nerney (LASP, CU Boulder)
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22
Io’s Loss of Neutral Material: Numerical SimulationsSpeaker: Vincent Dols (LASP Colorado University USA)
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23
Spectroscopic observations of Io Neutral Clouds: constraints on Na-bearing dust grains ejected from IoSpeaker: Cesare Grava (Southwest Research Institute)
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24
An Alfvénic source for suprathermal electrons in the Io torusSpeaker: Drew Coffin (University of Alaska Fairbanks)
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17
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Poster session: Poster breakout
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1
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Oral presentations: Block 4
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25
Low-energy electrons in Saturn’s inner magnetosphere from the Cassini Langmuir ProbeSpeaker: George Xystouris (Lancaster University)
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26
The Langmuir probe observations of the dust and plasma at Enceladus plume and the E-ringSpeaker: Michiko Morooka (Swedish Institute of Space Physics)
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27
Fast and Slow Water Ion Populations in the Enceladus PlumeSpeaker: Richard Haythornthwaite (University College London)
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28
Remote Detection of Surface Charging at Saturn’s Icy MoonsSpeaker: Geraint Jones (UCL Mullard Space Science Laboratory)
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25
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15:20
Break
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Oral presentations: Block 5
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29
Invited presentation: Moon-magnetosphere interactions of Io and Enceladus: A high-resolution, in-situ parametric studySpeaker: Ali Sulaiman (University of Iowa)
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30
Moon-induced auroral radio emission in the outer solar systemSpeaker: Corentin Louis (IRAP - Toulouse)
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31
Triton Plasma InteractionsSpeaker: Mats Holmstrom (Swedish Institute of Space Physics)
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32
Investigating the energy inputs to Triton’s enigmatic ionosphereSpeaker: Tom Nordheim (NASA JPL)
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29
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16:50
Break
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Discussion
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Oral presentations: Block 6
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33
Invited presentation: Connecting the Galileo particle, plasma, and field data with ionospheric, exospheric, and MHD modelsSpeaker: Marina Galand (Imperial College London)
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34
Detectability of subsurface oceans and their flows by JUICESpeaker: Ingo Mueller-Wodarg (Imperial College London)
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35
Investigating the origin of sulfur-bearing species on the Galilean moon CallistoSpeaker: Richard Cartwright (Carl Sagan Center at the SETI Institute)
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36
Interaction of plasma with the surface of icy moons: insights from laboratory experimentsSpeaker: André Galli (University of Bern)
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33
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19:20
Thank you for joining
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Poster breakouts
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