IKI RAS | Russia
Mohamad Essam Abdelaal is a multidisciplinary space scientist and geophysicist with expertise spanning planetary science, electromagnetic phenomena, and geophysical exploration. His career integrates advanced academic research with engineering experience, particularly in studying dust particle dynamics in planetary atmospheres. Mohamad has worked across international research institutes and industry, contributing to space missions and developing instruments for electromagnetic and particle detection. His background includes seismic data processing, remote sensing, and geophysical prospecting. Through his publications and hands-on work, he has significantly contributed to understanding atmospheric discharge phenomena on Mars and the Moon. With a strong foundation in both theoretical and applied sciences, Mohamad bridges space exploration and environmental geophysics, shaping innovative solutions in planetary research.
Profiles
Education
Mohamad Essam Abdelaal completed his academic journey in top institutions specializing in geosciences and space sciences. His doctoral research focused on electromagnetic phenomena arising from dust particle dynamics in planetary environments. He holds a master’s degree in Earth sciences with specialized training in mining geology and seismic data filtering. His pre-master’s education emphasized geomagnetic pulsations and electrodynamic coupling using satellite and ground-based observations. He began his academic path with a bachelor’s degree in geosciences, concentrating on geothermal energy and geophysical analysis. His education combines theoretical insight with practical training, including international exchange studies and interdisciplinary fieldwork. This academic trajectory has equipped him with the analytical, experimental, and computational skills necessary to advance planetary and space research.
Professional Experience
Mohamad Essam Abdelaal has extensive professional experience in space science, engineering, and geophysical exploration. At a major space research institute, he has led experiments investigating planetary surfaces, developing instruments for electromagnetic measurements and dust analysis. He contributes to lunar and Martian mission data interpretation and instrument calibration. In the private sector, he has worked as a geophysicist, managing surveys and data interpretation using advanced software tools. His earlier roles included engineering positions in solar energy and space applications, where he implemented georadar and electric prospecting techniques. He has also taught undergraduate physics and led laboratory sessions, integrating research with education. His professional path merges scientific exploration, engineering precision, and academic instruction in multidisciplinary environments.
Awards and Honors
Mohamad Essam Abdelaal has been recognized for academic merit, innovation, and leadership through multiple scholarships and awards. He received competitive government-funded scholarships for both his doctoral and master’s studies, reflecting academic excellence and research potential. His entrepreneurial mindset earned him recognition in a global leadership program focused on innovation and future technologies. An award from a global tech company enabled him to complete specialized training in cloud computing, further enhancing his technical profile. He was also selected for a competitive international exchange program to advance his knowledge in mining and geophysics. These honors highlight his commitment to continuous learning, technical advancement, and cross-disciplinary collaboration, positioning him as a leader in both scientific and technological domains.
Research Focus
Mohamad Essam Abdelaal’s research focuses on the interaction between charged dust particles and electromagnetic fields in planetary environments such as Mars, the Moon, and atmosphereless bodies. He develops instruments to measure low-frequency electromagnetic noise and models discharge phenomena that occur under extraterrestrial atmospheric conditions. His experimental work simulates Martian and lunar environments, investigating plasma-like behavior and the generation of electromagnetic radiation. In addition, his research extends to seismic noise filtering and geophysical prospecting for critical minerals. He combines laboratory experimentation, field data interpretation, and numerical modeling, using programming tools to analyze and visualize complex datasets. His interdisciplinary approach contributes valuable insights to space weather, planetary surface processes, and the design of future exploratory missions.
Notable Publications
Electromagnetic Noise in the Near-Surface Martian Atmosphere: Research Methods
Authors: Mohamad Abdelaal
Journal: Solar System Research
Year: 2025
Circumlunar Dusty Plasma: Main Physical Processes and Experimental Data Obtained during the “Luna-25” Mission
Authors: Popel, S.I.; Zelenyi, L.M.; Zakharov, A.V.; Kuznetsov, I.A.; Dol’nikov, G.G.; Lyash, A.N.; Shashkova, I.A.; Kartasheva, A.A.; Dubov, A.E.; Abdelaal, M.E.
Journal: Plasma Physics Reports
Year: 2024
Experimental Modeling of Atmospheric Discharge Phenomena and Charged Dust Particle Interactions
Authors: Abdelaal, M.E.; Dokuchaev, I.V.; Malinovskaya, E.A.; Klimov, S.I.; Dolnikov, G.G.; Zakharov, A.V.
Journal: Frontiers in Astronomy and Space Sciences
Year: 2024
Experimental Study of the Influence of UV Radiation on the Activation of Regolith Dust Particle Simulators on Atmosphereless Bodies
Authors: Kuznetsov, I.A.; Shashkova, I.A.; Lyash, A.N.; Poroikov, A.Y.; Bednyakov, S.A.; Kronrod, E.V.; Dolnikov, G.G.; Dubov, A.E.; Voshchan, O.N.; Abdelaal, M.E.
Journal: Astronomy Reports
Year: 2024
Dust Complex for Studying the Dust Particle Dynamics in the Near-Surface Atmosphere of Mars
Authors: Zakharov, A.V.; Dolnikov, G.G.; Kuznetsov, I.A.; Lyash, A.N.; Esposito, F.; Molfese, C.; Rodríguez, I.A.; Seran, E.; Godefroy, M.; Dubov, A.E.; Abdelaal, M.E.
Journal: Solar System Research
Year: 2022
Conclusion
Mohamad Essam Abdelaal is a dynamic space and geophysical scientist whose expertise connects planetary research, electromagnetic analysis, and instrument development. His contributions span academic, experimental, and industrial domains, supported by strong computational and technical skills. With a track record of innovation and international collaboration, he continues to drive forward research in planetary exploration and atmospheric physics. His ability to unify scientific theory with practical applications makes him a valuable asset in advancing planetary science and future space missions.