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Daniel da Silva
NASA Goddard Space Flight CenterMeeting roles in:
Decoding the global structure of magnetic reconnection from low Earth orbit
Announcing HelioData: NASA’s new, unified site for heliophysics data discovery
Improving real-time forecasts of the Solar Wind at the Earth, Moon, and Mars
TRACERS twin-spacecraft mission to resolve spatiotemporal variations of the ionosphere and upper thermosphere during CME-driven storms
The Intense Multi-Spacecraft SEP event on 2024 May 20 as a Test of the Main Mechanisms Distributing SEPs in the Inner Heliosphere
Calculations of the Reconnection Rate from Cusp Dispersion in the TRACERS era
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
Surya: Foundation Model for Heliophysics using SDO Data
Assimilating SO/PHI-FDT far-side observations in ADAPT-WSA: Implications for source region and S-web connectivity of the solar wind and SEPs.
Optimizing the Parameters of the WSA Model Using Particle Filtering
SuryaBench: New Benchmark Dataset for Advancing Machine Learning Applications in Heliophysics and Space Weather
Evaluation of Surya, a heliophysics foundation model, using a wide range of downstream applications
Investigation of ion fluxes in the high-to-low altitude cusp and their response to solar wind conditions using a machine learning approach
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