| Room |
Industry / Education / Outreach Breakfast Events
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Interdisciplinary Lecture
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Scientific Sessions
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Scientific Sessions
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Open SC/Panel Business Meetings
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Scientific Sessions
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Scientific Sessions
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| Level 2 |
C2.1 |
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D1.2
Large-Scale Heliospheric Structure: Theory, Modelling, and Data
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D1.2
Large-Scale Heliospheric Structure: Theory, Modelling, and Data
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D1.3
Pickup Ions in the Heliosphere and Beyond
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D1.3
Pickup Ions in the Heliosphere and Beyond
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| C2.2 |
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D2.3
Thermal and Dynamic Plasma Instabilities on Multiscales: From Laboratories to Planets, the Sun/Stars, Galaxies, and Beyond
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D2.3
Thermal and Dynamic Plasma Instabilities on Multiscales: From Laboratories to Planets, the Sun/Stars, Galaxies, and Beyond
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D2.5
Nonthermal Particles in the Inner Heliosphere: Origin and Consequences
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D2.5
Nonthermal Particles in the Inner Heliosphere: Origin and Consequences
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| C2.3 |
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D3.2
Cross-scale Coupling and Multi-point Observations in the Magnetosphere
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D3.2
Cross-scale Coupling and Multi-point Observations in the Magnetosphere
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D3.2
Cross-scale Coupling and Multi-point Observations in the Magnetosphere
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D3.2
Cross-scale Coupling and Multi-point Observations in the Magnetosphere
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| C2.4 |
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PPP.3
Planetary Protection Research and Development
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PPP.3
Planetary Protection Research and Development
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PEDAS.1
The Science of Human-Made Objects in Orbit: Space Debris and Sustainable Use of Space
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PEDAS.1
The Science of Human-Made Objects in Orbit: Space Debris and Sustainable Use of Space
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| C2.5 |
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D3.5
Particle Acceleration and Loss in the Earth and Planetary Magnetospheres
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D3.5
Particle Acceleration and Loss in the Earth and Planetary Magnetospheres
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D3.6
Magnetotail Dynamics and Substorms during Storm and Non-storm Time
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D3.6
Magnetotail Dynamics and Substorms during Storm and Non-storm Time
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| C2.6 |
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D2.4
Sun-Heliosphere Connection Events: Origin, Propagation, Impact and Prediction
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D2.4
Sun-Heliosphere Connection Events: Origin, Propagation, Impact and Prediction
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D2.4
Sun-Heliosphere Connection Events: Origin, Propagation, Impact and Prediction
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D2.4
Sun-Heliosphere Connection Events: Origin, Propagation, Impact and Prediction
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| Cockle Bay 1 |
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Cross-disciplinary Workshop
Cloud Computing for Space Research
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Cross-disciplinary Workshop
Cloud Computing for Space Research
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Cross-disciplinary Workshop
Cloud Computing for Space Research
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Cross-disciplinary Workshop
Cloud Computing for Space Research
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| Level 3 |
C3.1 |
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B0.3
Lunar, Mars, and Asteroid Resources
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B0.3
Lunar, Mars, and Asteroid Resources
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B0.3
Lunar, Mars, and Asteroid Resources
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B0.3
Lunar, Mars, and Asteroid Resources
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| C3.2 |
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B0.7
Planetary Exploration, Horizon 2061: Report to COSPAR and Discussion
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B0.7
Planetary Exploration, Horizon 2061: Report to COSPAR and Discussion
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B0.7
Planetary Exploration, Horizon 2061: Report to COSPAR and Discussion
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B0.7
Planetary Exploration, Horizon 2061: Report to COSPAR and Discussion
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| C3.3 |
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B1.3
Results from the Exploration of the Kuiper Belt by NASA’s New Horizons Mission
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B1.3
Results from the Exploration of the Kuiper Belt by NASA’s New Horizons Mission
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B1.3
Results from the Exploration of the Kuiper Belt by NASA’s New Horizons Mission
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| C3.4 |
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B4.4
Venus Science and Exploration
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B4.4
Venus Science and Exploration
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B4.4
Venus Science and Exploration
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B4.4
Venus Science and Exploration
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| C3.5 |
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B6.1
Exoplanet Detection and Characterisation: Current Research, Future Opportunities and the Search for Life Outside the Solar System
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B6.1
Exoplanet Detection and Characterisation: Current Research, Future Opportunities and the Search for Life Outside the Solar System
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B6.1
Exoplanet Detection and Characterisation: Current Research, Future Opportunities and the Search for Life Outside the Solar System
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B6.1
Exoplanet Detection and Characterisation: Current Research, Future Opportunities and the Search for Life Outside the Solar System
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| C3.6 |
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B3.1
Lunar Science and Exploration
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B3.1
Lunar Science and Exploration
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B3.1
Lunar Science and Exploration
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B3.1
Lunar Science and Exploration
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| Level 4 |
C4.1 |
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E1.10
Accretion and Ejection in Galactic Compact Objects
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E1.10
Accretion and Ejection in Galactic Compact Objects
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E1.11
The Gravitational Wave Universe in the LIGO-Virgo Era
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E1.11
The Gravitational Wave Universe in the LIGO-Virgo Era
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| C4.10 |
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E1.8
Evolution of Disk and Corona in X-ray Binaries: Intersection of Observations and Modeling
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E1.8
Evolution of Disk and Corona in X-ray Binaries: Intersection of Observations and Modeling
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E1.8
Evolution of Disk and Corona in X-ray Binaries: Intersection of Observations and Modeling
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E2.4
New Views on the Solar Magnetic Atmosphere
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| C4.11 |
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E1.16
Origin of Cosmic Rays
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E1.16
Origin of Cosmic Rays
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E1.3
Astronomy from Space and the Ground: Synergies and Challenges
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E1.3
Astronomy from Space and the Ground: Synergies and Challenges
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| C4.2 |
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E1.7
Observations and Prospects for X-ray Polarimetry
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E1.7
Observations and Prospects for X-ray Polarimetry
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E1.7
Observations and Prospects for X-ray Polarimetry
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E1.7
Observations and Prospects for X-ray Polarimetry
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| C4.3 |
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E1.2
The Remnants of Supernova Explosions
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E1.17
The Space View of Radio Galaxies
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E1.17
The Space View of Radio Galaxies
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E1.17
The Space View of Radio Galaxies
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| C4.4 |
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E2.2
Magnetic Structures of Solar Filaments
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E2.2
Magnetic Structures of Solar Filaments
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E1.9
Multi Wavelength Studies of Compact Objects - into the 21st Century
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E1.9
Multi Wavelength Studies of Compact Objects - into the 21st Century
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| C4.5 |
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E1.15
Cherenkov Telescope Array: the Ground-based Eyes to Observe the Gamma-ray Universe
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E1.15
Cherenkov Telescope Array: the Ground-based Eyes to Observe the Gamma-ray Universe
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E1.15
Cherenkov Telescope Array: the Ground-based Eyes to Observe the Gamma-ray Universe
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E1.15
Cherenkov Telescope Array: the Ground-based Eyes to Observe the Gamma-ray Universe
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| C4.6 |
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C0.3
Variabilities of Radio Wave Propagation Characteristics in Lower Ionosphere
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C0.2
Advances in Remote Sensing of the Middle and Upper Atmosphere and Ionosphere from the Ground and from Space, including Sounding Rockets and Multi-Instrument Studies
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C0.2
Advances in Remote Sensing of the Middle and Upper Atmosphere and Ionosphere from the Ground and from Space, including Sounding Rockets and Multi-Instrument Studies
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C0.2
Advances in Remote Sensing of the Middle and Upper Atmosphere and Ionosphere from the Ground and from Space, including Sounding Rockets and Multi-Instrument Studies
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| C4.7 |
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C2.1
The Physics and Dynamics of the Middle Atmosphere from Mid to High Latitudes
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C2.1
The Physics and Dynamics of the Middle Atmosphere from Mid to High Latitudes
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C2.1
The Physics and Dynamics of the Middle Atmosphere from Mid to High Latitudes
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C2.4
Small Satellite Missions for Aeronomy and Ionosphere Studies
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| C4.8 |
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C3.2
Planetary Upper Atmospheres, Ionospheres and Magnetospheres
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C3.2
Planetary Upper Atmospheres, Ionospheres and Magnetospheres
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C3.2
Planetary Upper Atmospheres, Ionospheres and Magnetospheres
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C3.2
Planetary Upper Atmospheres, Ionospheres and Magnetospheres
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| C4.9 |
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C1.1
Recent Advances in Equatorial, Low- and Mid-Latitude Mesosphere, Thermosphere and Ionosphere Studies
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C1.1
Recent Advances in Equatorial, Low- and Mid-Latitude Mesosphere, Thermosphere and Ionosphere Studies
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C1.1
Recent Advances in Equatorial, Low- and Mid-Latitude Mesosphere, Thermosphere and Ionosphere Studies
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C1.1
Recent Advances in Equatorial, Low- and Mid-Latitude Mesosphere, Thermosphere and Ionosphere Studies
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| Level 5 |
E3.1/E3.2 |
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PSW.1
Quantitative Assessment of Current and Emerging Space Weather Modelling Capabilities for Improved Space Weather Services
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PSW.1
Quantitative Assessment of Current and Emerging Space Weather Modelling Capabilities for Improved Space Weather Services
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PSW.1
Quantitative Assessment of Current and Emerging Space Weather Modelling Capabilities for Improved Space Weather Services
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PSW.1
Quantitative Assessment of Current and Emerging Space Weather Modelling Capabilities for Improved Space Weather Services
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| E3.3 |
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A0.4
Land-Ocean-Atmosphere Interactions
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A0.4
Land-Ocean-Atmosphere Interactions
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A0.4
Land-Ocean-Atmosphere Interactions
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A0.4
Land-Ocean-Atmosphere Interactions
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| E3.4 |
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A3.1
Advances in Quantitative Remote Sensing and Application for Global Terrestrial Ecosystems
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A3.1
Advances in Quantitative Remote Sensing and Application for Global Terrestrial Ecosystems
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A3.1
Advances in Quantitative Remote Sensing and Application for Global Terrestrial Ecosystems
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A3.1
Advances in Quantitative Remote Sensing and Application for Global Terrestrial Ecosystems
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| E3.5 |
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F3.3
Habitability in the Solar System and Beyond
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F3.3
Habitability in the Solar System and Beyond
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F3.5
Pre-biotic and Complex Molecules in the Universe: Observational, Laboratory, and Computational Perspectives on the Evolution of Molecular Complexity
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F3.5
Pre-biotic and Complex Molecules in the Universe: Observational, Laboratory, and Computational Perspectives on the Evolution of Molecular Complexity
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| E3.6 |
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PSB.1
Scientific Ballooning: Recent Developments in Technology and Instrumentation
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PSB.1
Scientific Ballooning: Recent Developments in Technology and Instrumentation
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PSB.1
Scientific Ballooning: Recent Developments in Technology and Instrumentation
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PSB.1
Scientific Ballooning: Recent Developments in Technology and Instrumentation
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| E3.8 |
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H0.4
Gravitational Wave Astrophysics
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H0.5
Applications (Geodesy, Metrology, Navigation, and Others)
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H0.5
Applications (Geodesy, Metrology, Navigation, and Others)
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H0.5
Applications (Geodesy, Metrology, Navigation, and Others)
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| E3.9 |
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F2.3
Space Radiation: Dosimetric Measurements and Related Models, Radiation Detector Developments and their Ground-Based Characterization
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F2.3
Space Radiation: Dosimetric Measurements and Related Models, Radiation Detector Developments and their Ground-Based Characterization
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F2.2
Space Radiation Risk, Quality of Radiation and Countermeasures: Physical and Biophysical Mechanisms, Modelling and Simulations
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F2.2
Space Radiation Risk, Quality of Radiation and Countermeasures: Physical and Biophysical Mechanisms, Modelling and Simulations
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