Earth's and planetary cores: structure, dynamics and evolution
Co-organized by EMRP1/SM5
Convener:
Jerome Noir
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Co-conveners:
Santiago Triana,
Sébastien Merkel,
Arwen Deuss,
Daria Holdenried-Chernoff
Remote sensing of planetary interiors from space and ground based observations is entering a new era with perspectives in constraining their core structures and dynamics. Meanwhile, increasingly accurate seismic data provide unprecedented images of the Earth's deep interior. Unraveling planetary cores' structures and dynamics requires a synergy between many fields of expertise, such as mineral physics, geochemistry, seismology, fluid mechanics or geomagnetism.
This session welcomes contributions from all the aforementioned disciplines following theoretical, numerical, observational or experimental approaches.
10:45–10:50
5-minute convener introduction
10:50–11:00
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PICO2.1
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EGU23-16247
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ECS
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solicited
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On-site presentation
11:02–11:04
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PICO2.3
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EGU23-7723
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ECS
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On-site presentation
11:08–11:10
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PICO2.6
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EGU23-2826
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ECS
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On-site presentation
11:14–11:16
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PICO2.9
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EGU23-15588
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ECS
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On-site presentation
11:16–11:18
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PICO2.10
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EGU23-8209
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On-site presentation
11:18–11:20
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PICO2.11
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EGU23-1656
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On-site presentation
The onset of thermal inertial convection in a rapidly rotating oblate spheroidal liquid core
(withdrawn)
11:22–11:24
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PICO2.13
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EGU23-17104
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On-site presentation
Flows in librating spheres-Resonant and non-resonant flows in longitudinally and latitudinally librating spheres
(withdrawn)
11:28–12:30
Interactive presentations at PICO screens