Meriem Alaoui Abdallaoui

Meriem Alaoui Abdallaoui serves as a Researcher at the Institute for Research in Electronics & Applied Physics (IREAP) within the University of Maryland, joining the institution in 2022 after research appointments at UC Berkeley's Space Sciences Laboratory and Paris Observatory's LESIA. Her work advances high-energy solar flare physics through observational and theoretical frameworks.

Her educational credentials include:

• Ph.D. in Solar Physics from The Catholic University of America (2018)
• M.S. in Space Plasma Physics from the University of Orleans, France (2008)
• B.S. in Physics from the University of Orleans, France (2006)

Dr. Alaoui's research specializes in high-energy solar astrophysics, employing X-ray imaging spectroscopy to investigate nonthermal electron acceleration and transport during solar flares. She develops kinetic models to analyze electron beam interactions with co-spatial return currents in collisional/collisionless plasmas, addressing spectral breaks and anomalous dissipation mechanisms. This work provides critical insights into energy release processes with implications for space weather prediction and fundamental plasma physics.

Analysis of her 2017-2024 publications reveals a cohesive research trajectory centered on solar flare X-ray spectra, particularly the role of return currents in modifying electron energy distributions. Her studies consistently integrate observational data from space telescopes with advanced numerical modeling to resolve complexities in flare dynamics.

At IREAP, Dr. Alaoui contributes to the solar physics research group, collaborating on projects that decode the Sun's most energetic phenomena through multi-wavelength observational analysis and theoretical innovation.