-
Mihailo Martinovic
University of ArizonaMeeting roles in:
Velocity Distributions and Kinetic Wave Activity in Space Plasma: Theory, Simulation, and Machine Learning Poster
Ion-Scale Wave Emission and Absorption from non-Maxwellian Velocity Distributions Measured by SWEAP/SPANi
Importance of Alpha Particle Beams in Driving Ion Scale Waves in Solar Wind Close to the Sun
Modeling Ion-Scale Waves and Kinetic Instabilities in Proton-Alpha Solar Wind Plasma Observed by Parker Solar Probe
Electron impact on ion-scale electrostatic instability in the solar wind
Solar Wind Helium Abundance: A Fixed-Amplitude Solar Activity Indicator for Space Weather Forecasting
Statistical Analysis of Ion-Scale Circularly Polarized Waves Abundantly Observed by PSP
Statistical Distributions of Elsasser Variables in the Near Sun Environment
Energy Flux Contributions and Alfvénic Wave Dynamics in the Inner Heliosphere: Results from Parker Solar Probe Encounters 22–24
HelioSwitch: A High‑Purity Parker Solar Probe Switchback Catalog
Boundaries of the “Brazil Plots” for Solar Wind Protons, Core-and-halo Electrons, and Alpha Particles
Instability Constraints on Proton Beams in the Solar Wind: Theory Meets Observation
Resonant Wave-Particle Interactions Observed by the Solar Probe Cup
Interpretable Machine Learning for ICME Identification: Leveraging Solar Wind Helium Abundance, Compressibility, and Cross Helicity
Enter Note
Go to previous page in this tab
Author/Chair
