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Gonzalo Cucho-Padin
NASA Goddard Space Flight CenterMeeting roles in:
Dynamic Exospheres of Terrestrial Bodies Through the Solar System and Beyond I Poster
A Machine Learning-based Model of the Terrestrial Exospheric Emission Using Lyman-Alpha Radiance Data Acquired by NASA's TWINS Mission
Three-dimensional reconstruction of the terrestrial exospheric H density distributions using images acquired at the Lagrangian point 1 and a statistical approach.
The KInetic-based Terrestrial Exospheric (KITE) model
Measuring Earth’s Exosphere Using Solar Irradiance Observations
Quantifying the impact of exospheric variability on plasmasphere refilling
Introductory Remarks
Dynamic Exospheres of Terrestrial Bodies Through the Solar System and Beyond II Oral
A Self-Regulating Feedback Mechanism Between Ring Current Pressure and Magnetic Field Geometry Driven by Field Line Curvature Scattering
Calculations of the Reconnection Rate from Cusp Dispersion in the TRACERS era
The May 2024 Storm: dayside magnetopause and cusps in simulated soft X-Rays
The energy-dependent effects of EMIC waves on ring current ions
Harnessing AI for Geospace Science and Space Weather: The AIMFAHR Project
Implementation of a Regression Model for Ion Fluxes in the Low-Altitude Earth's Northern Cusp Using In-Situ DMSP/SSJ Data and a Residual Neural Network
Investigation of ion fluxes in the high-to-low altitude cusp and their response to solar wind conditions using a machine learning approach
Enter Note
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