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Matthew Zettergren
Embry-Riddle Aeronautical UniversityMeeting roles in:
Modeling Auroral-Like Forms: The Role of Parallel Electric Fields and Turbulent Conductivities
Aurora-like Emissions Driven by Local Ionospheric Parallel Electric Fields: Observations and Modeling
Leveraging GNSS TEC Signals to unravel earthquake rupture processes
CI/CD Pipeline for Multi-Language Geophysical Models: A Case Study to Enhance Code Quality and Scientific Reproducibility
CI/CD Pipeline for Multi-Language Geophysical Models: A Case Study to Enhance Code Quality and Scientific Reproducibility
Quantifying the Contributions of Neutral Winds to Auroral Current Closure Simulated in GEMINI
The quasi-two day wave, gravity waves, and resulting plasma bubble activity over south America linked to lower atmospheric dynamics
Optimal GNSS LOS Selection for Detecting ULF Wave-driven TEC Disturbances at Mid-latitudes during Sudden Commencements
Observational and Modeling Studies of Ionospheric Irregularities and Scintillation I Oral
Observational and Modeling Studies of Ionospheric Irregularities and Scintillation II Poster
Investigating Particle Precipitation's Role in Polar Cap Patch Dynamics
Multi-instrument Synoptic Characterization of Deep Convective Events and Associated Gravity Wave Responses Over CONUS Using AWE, AIRS, TEC, and LLITED
Exploring the auroral E-region with rockets, tomography, radars, imagery, and modelling: a GNEISS, GEMINI, and Swarm-over-Poker study of auroral current closure
Simulating GNSS-derived TEC to uncover the rupture complexity of the 2024 Mw7.5 Noto earthquake
Scalable Modeling of Infrasound Propagation in Realistic Environments from Surface to Exobase
Geolocation of Tropospheric TID Sources using Ground-Based TEC Measurements
Ionospheric Signatures of SpaceX Falcon 9 Deorbit Maneuvers Over the United States
Immersive ≥3D Representations of Atmospheric Gravity Waves: Bridging Data Complexity and Scientific Insight in Geosciences
Scalable Modeling of Acoustic-Gravity Wave Propagation and Evolutions from Impulsive Sources
Numerical Modeling of Ionospheric Responses to Ground-level, Anthropogenic Sources
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