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Parallel sessions
Sessions
Open Session on Magnetospheric, Ionospheric and Solar-Terrestrial Physics
Solar4
The UK MIST (Magnetospheric, Ionospheric and Solar-Terrestrial) community investigates the physics of the Sun-Earth system, and the systems at other planets. This includes study of the solar wind; planetary magnetospheres, ionospheres, thermospheres and mesospheres; and the coupling between these regions. A wide range of techniques is used for the study of these environments, including: the operation of satellite and ground-based instruments and analysis of their datasets; theoretical calculations; simulations and numerical experiments; machine learning and other cutting edge modelling approaches. MIST research covers both the understanding of the fundamental physical processes which govern these complex and dynamic interactions, as well as the resultant effects on Earth's environment and human society (space weather). We welcome contributions from all MIST disciplines discussing the latest results: from global system-scale dynamics and climatological timescales, down to gyroscale processes.
M.-T. Walach, R. Hodnett, O. Allanson, S. V. Badman, M. Owens, B. Sanchez-Cano, J. K. Sandhu
Tues. 14:30-16:00 / Tues. 16:30-18:00
14:30-14:45 Ben Boyde: LOFAR Observation of Lensing from a Small-Scale Travelling Ionospheric Disturbance
14:45-15:00 David R. Themens: Global propagation of ionospheric disturbances associated with the 2022 Tonga Volcanic Eruption
15:00-15:15 Joseph Mayes: Tracing the evolution of energetic particle fluxes using radar inversion techniques
15:15-15:30 Clare E. J. Watt: Probabilistic models of whistler-mode wave activity in Earth’s magnetosphere
15:30-15:45 Shahbaz Chaudhry: Dynamical network analysis of Pc2 and Pc3 activity during geomagnetic storms
15:45-16:00 Alexandra Ruth Fogg: Quantification of Magnetosphere - Ionosphere coupling timescales using mutual information: response of terrestrial radio emissions and ionospheric/magnetospheric currents
16:30-16:45 Colin Forsyth : Analysis of the association between different Substorm identifiers
16:45-17:00 Laura Fryer: Global magnetotail configurations during 3D GUMICS simulations of northward IMF conditions.
17:00-17:15 James Plank: Measures of correlation length at quasi-parallel and quasi-perpendicular shocks
17:15-17:30 Seong-Yeop Jeong: The Kinetic Physics of Electron Strahl in the Solar Wind
17:30-17:45 Megan Maunder: Multi-Spacecraft Observations of an Unusual Interplanetary Coronal Mass Ejection Interacting with two Solar Wind Regimes
17:45-18:00 Thomas Neukirch: Kinetic models of solar wind current sheets
14:30-14:45 Ben Boyde: LOFAR Observation of Lensing from a Small-Scale Travelling Ionospheric Disturbance
14:45-15:00 David R. Themens: Global propagation of ionospheric disturbances associated with the 2022 Tonga Volcanic Eruption
15:00-15:15 Joseph Mayes: Tracing the evolution of energetic particle fluxes using radar inversion techniques
15:15-15:30 Clare E. J. Watt: Probabilistic models of whistler-mode wave activity in Earth’s magnetosphere
15:30-15:45 Shahbaz Chaudhry: Dynamical network analysis of Pc2 and Pc3 activity during geomagnetic storms
15:45-16:00 Alexandra Ruth Fogg: Quantification of Magnetosphere - Ionosphere coupling timescales using mutual information: response of terrestrial radio emissions and ionospheric/magnetospheric currents
16:30-16:45 Colin Forsyth : Analysis of the association between different Substorm identifiers
16:45-17:00 Laura Fryer: Global magnetotail configurations during 3D GUMICS simulations of northward IMF conditions.
17:00-17:15 James Plank: Measures of correlation length at quasi-parallel and quasi-perpendicular shocks
17:15-17:30 Seong-Yeop Jeong: The Kinetic Physics of Electron Strahl in the Solar Wind
17:30-17:45 Megan Maunder: Multi-Spacecraft Observations of an Unusual Interplanetary Coronal Mass Ejection Interacting with two Solar Wind Regimes
17:45-18:00 Thomas Neukirch: Kinetic models of solar wind current sheets
Social Sciences S0.21
Social Sciences S0.21
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