The Perry Group's research focus is on plasma structuring and dynamics in the terrestrial ionosphere and magnetosphere. The group's diverse set of projects use observational (both in situ and remote sensing) techniques to study the many complex and interconnected process which occur in the Earth's geospace environment.
Perry Group Members
Dr. Katerzyna Beser Postdoctoral Fellow
Project "Detecting Polar Cap Patches in Over-the-Horizon Radar Data"
Dr. Kuldeep PandeyPostdoctoral Fellow
Project "An examination of the 2023 and 2024 solar eclipses"
Binjie Liu PhD Candidate
Project "HF radio wave wave propagation at high latitudes"
Navdeep Kaur Graduate Researcher
Project "HF raytracing in an HPC environment"
Austin Dalton PhD Student
Project "An investigation of polar-cap dynamics with incoherent scatter radar and finite domain modeling"
Perry Group Alumni
Sabastian Fernandes Hourly Research Analyst 2022 - 2025
Project "Exploring Ionospheric Variability Through Doppler Residuals: A Study Utilizing the HamSCI Grape V1 Receiver"
Project "Algorithmic Identification of STEVE-SAID Events in Swarm Data"
Tanmay Kapure Graduate Researcher 2024
Project "HF raytracing in an HPC environment"
Subodh Dahal MSc Student 2022 - 2024
Project "Applying an S4 scintillation index to High Frequency radar pulses"
Sara Lyman NSF REU Student 2024
Project "An incoherent scatter radar investigation of polar-cap F-region plasma structuring and dynamics"
Prof. Lindsay Goodwin NJIT Postdoctoral Fellow and NASA Jack Eddy Fellow 2020 - 23 Project "Space weather drivers of the high-latitude irregularity spectrum"
Tiago Trigo NJIT Undergraduate Researcher 2023 - 24 Project "Analysis of a high frequency radio receiver at NJIT: Power Fluctuations"
Andrew Gyakobo NJIT Undergraduate Researcher 2022 - 23 Project "Detecting and analyzing ion temperature spikes in PFISR data"
Diego Sanchez NJIT Undergraduate Researcher 2020 - 23 Project "Climatology of Traveling Ionospheric Disturbances Observed by HamSCI Amateur Radio with Connections to Geospace and Neutral Atmospheric Sources"
Karolina Krowal NJIT REU Student 2022 Project "An Analysis of the Geolocation Algorithms Used by Ionospheric Radars"