EventPilot Web App

Enter Note Done

Author/Chair

Chuanfei Dong

Boston University

Notes

Meeting roles in:
Creating Sustainable Habitats and Ecosystems Beyond Earth I Poster
Fully-Kinetic Simulations Reveal Foreshock-Driven Plasma Structuring and Differential Ion Transport at Mars
Multi-Point Observations of the Dynamic Magnetotail of Mars: Exploring the Potential Mechanism for Magnetotail Current Sheet Flapping
New Evidence for Current Systems in the Venusian Induced Magnetosphere
Modeling Fast Magnetic Reconnection in Solar Flare Current Sheets
The New FLARE Facility to Study Multiscale Reconnection: Capabilities and Initial Results
Modeling Solar Wind-Driven Hydration on Asteroid (16) Psyche: Magnetized and Unmagnetized Cases
Electromagnetic Fields, Plasma Distributions, and Energy Conversion in Mars’ Induced Magnetosphere
Kinetic Particle Energization and Wave Generation across the Dayside Bow Shock: A 2D Global FLEKS Simulation
Spectral Features of Magnetic Fluctuations from Inertial to Kinetic Scales in Mercury’s Magnetotail Current Sheet
Creating Sustainable Habitats and Ecosystems Beyond Earth II Oral
The Significance of an Artificial Magnetosphere for Mars
Modeling Core-Induction Responses and Their Impact on Atmospheric Escape from Rocky Exoplanets
Two-Spacecraft Observations of Magnetosheath Jets at Mars Associated with IMF Discontinuities
Advancing Modeling of Magnetosphere-Ionosphere Coupling with the Enhanced OpenGGCM-GITM Framework
OpenGGCM's Coupling Framework and its Postprocessing and Visualization Library ggcmpy
Data-Driven Modeling of the Martian Induced Magnetosphere Using Physics-Informed Neural Networks
Five-moment three-fluid modeling of magnetic reconnection in partially ionized plasmas
Investigation of the Diffusion Region with Varying Turbulence Intensities around the Magnetotail Reconnection X-line
Role of ULF Waves in Reforming the Martian Bow Shock
Automated Detection of Electron-Scale Magnetic Reconnection in Earth’s Magnetosheath Using Machine Learning Tools
Integration of Kinetic Effects into Multi-Moment Multifluid Models through Machine Learning

Sessions

Links & Materials

Chuanfei Dong

P13B-02: Modeling Solar Wind-Driven Hydration on Asteroid (16) Psyche: Magnetized and Unmagnetized Cases

SM51A-01: Integration of Kinetic Effects into Multi-Moment Multifluid Models through Machine Learning (invited)

My ORCID Profile

Modeling Solar Wind-Driven Hydration on Asteroid (16) Psyche: Magnetized and Unmagnetized Cases

The Significance of an Artificial Magnetosphere for Mars

Data-Driven Modeling of the Martian Induced Magnetosphere Using Physics-Informed Neural Networks

Modeling Core-Induction Responses and Their Impact on Atmospheric Escape from Rocky Exoplanets

Two-Spacecraft Observations of Magnetosheath Jets at Mars Associated with IMF Discontinuities

Five-moment three-fluid modeling of magnetic reconnection in partially ionized plasmas

Investigation of the Diffusion Region with Varying Turbulence Intensities around the Magnetotail Reconnection X-line

Role of ULF Waves in Reforming the Martian Bow Shock

Modeling Fast Magnetic Reconnection in Solar Flare Current Sheets

Fully-Kinetic Simulations Reveal Foreshock-Driven Plasma Structuring and Differential Ion Transport at Mars

Multi-Point Observations of the Dynamic Magnetotail of Mars: Exploring the Potential Mechanism for Magnetotail Current Sheet Flapping

New Evidence for Current Systems in the Venusian Induced Magnetosphere

The New FLARE Facility to Study Multiscale Reconnection: Capabilities and Initial Results

Electromagnetic Fields, Plasma Distributions, and Energy Conversion in Mars’ Induced Magnetosphere

Kinetic Particle Energization and Wave Generation across the Dayside Bow Shock: A 2D Global FLEKS Simulation

Spectral Features of Magnetic Fluctuations from Inertial to Kinetic Scales in Mercury’s Magnetotail Current Sheet

Advancing Modeling of Magnetosphere-Ionosphere Coupling with the Enhanced OpenGGCM-GITM Framework

OpenGGCM's Coupling Framework and its Postprocessing and Visualization Library ggcmpy

Automated Detection of Electron-Scale Magnetic Reconnection in Earth’s Magnetosheath Using Machine Learning Tools

Integration of Kinetic Effects into Multi-Moment Multifluid Models through Machine Learning