Meeting roles in:
Revealing a New Source of Traveling Atmospheric and Ionospheric Disturbances: Global Impacts of Ultra-Low-Frequency Waves
Striking a Balance Between R & O in Adapting SuperDARN HF Research Infrastructure to Space Weather Operations
Optimal GNSS LOS Selection for Detecting ULF Wave-driven TEC Disturbances at Mid-latitudes during Sudden Commencements
Simultaneous Multipoint In-Situ Observations of Sporadic E Layers and Associated Plasma Irregularities
Validating SCUBAS Forecasts of GIC in Submarine Cables Using Legacy Superstorm Observations
Geolocation of Tropospheric TID Sources using Ground-Based TEC Measurements
Multipoint Investigation of Ionospheric Responses to the 2023 and 2024 Solar Eclipses Using HF Sounding, GNSS TEC, and Modeling
Dr. Shibaji Chakraborty is a Research Scientist at Embry-Riddle Aeronautical University (ERAU), currently working in SAIL under the supervision of Dr. Aroh Barjatya. His research primarily revolves around the study of transient space weather impact on the Magnetosphere-Ionosphere-Thermosphere (MIT) systems and aims to provide a probabilistic now-cast of space weather conditions specifically during extreme events. Dr. Chakraborty employs various tools and software in his research, including Python, MATLAB, and anything open-source (primarily revolves around Python).

Chakraborty worked as a Postdoctoral Associate at Virginia Tech from May 2021 till September 2024, specializing in Space Weather research. With a focus on the impacts of Space Weather on HF propagation using SuperDARN, Chakraborty has accumulated years of experience in the SuperDARN Group, working under the supervision of Dr. Joseph Baker and Dr. J. Michael Ruohoniemi.