Zeinab Mousavi Karimi

Zeinab Mousavi Karimi is a Research Fellow at the School of Electrical and Computer Engineering, Georgia Institute of Technology, specializing in advanced dielectric materials and nanolaminate capacitor systems. Her work bridges experimental nanofabrication and electrical characterization to address fundamental challenges in permittivity engineering.

Her core research domains include:

• Dielectric Nanolaminates and Heterogeneous Bi-Layers
• Permittivity Enhancement Mechanisms including Maxwell-Wagner Polarization
• Nanofabricated In-Plane Capacitors (IDEs)
• Materials: Al2O3, TiO2, SiO2, Si3N4
• Characterization Techniques: Current-Voltage, Permittivity Measurement
• Modeling of Anomalous Dielectric Properties

Analysis of her publication timeline reveals a strategic evolution from renewable energy systems (2014) toward specialized dielectric nanolaminates research (2018-2025). Recent work demonstrates deep focus on interfacial phenomena in multi-layer dielectrics, with innovative applications of PEALD processing and in-plane capacitor architectures. Her methodology consistently integrates experimental fabrication with computational modeling to unravel complex polarization mechanisms.

No verifiable information exists regarding scientific awards, student supervision, grant funding, or laboratory affiliations within the provided sources.