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Our group's current research interests include:
PCM-based temperature-tuneable dynamic optical filter and absorber design and analysis
Terahertz (THz) photonics and optical device design and analysis
SPR-based biosensor devices design and analysis
Radiation and optimization of X detector structure design and analysis
SCAPS-based Solar cell architecture and Numerical Analysis
The Terahertz (THz) Photonics and Optical Devices Research Group focuses on designing and analyzing advanced THz and optical components, including waveguides, metamaterials, and photonic crystal structures. By combining computational modeling with modern material platforms, the group aims to develop high-performance devices for sensing, imaging, and communication applications.
The Terahertz (THz) Photonics and Optical Devices Research Group focuses on designing and analyzing advanced THz and optical components, including waveguides, metamaterials, and photonic crystal structures. By combining computational modeling with modern material platforms, the group aims to develop high-performance devices for sensing, imaging, and communication applications.
The PCM-Based Tunable Optical Devices Research Group focuses on designing temperature-controlled optical filters and absorbers using phase-change materials. By leveraging the reversible optical properties of PCMs, the group develops dynamic, efficient photonic structures for adaptable sensing and light-modulation applications.
The PCM-Based Tunable Optical Devices Research Group focuses on designing temperature-controlled optical filters and absorbers using phase-change materials. By leveraging the reversible optical properties of PCMs, the group develops dynamic, efficient photonic structures for adaptable sensing and light-modulation applications.
The SPR-Based Biosensor Devices Research Group designs and analyzes plasmonic sensing platforms for sensitive, label-free detection. Using SPR principles and advanced optical modeling, the group develops efficient biosensors for medical, environmental, and biochemical applications.
The SPR-Based Biosensor Devices Research Group designs and analyzes plasmonic sensing platforms for sensitive, label-free detection. Using SPR principles and advanced optical modeling, the group develops efficient biosensors for medical, environmental, and biochemical applications.
The SCAPS-Based Solar Cell Design and Analysis Research Group focuses on developing and optimizing solar cell architectures through numerical simulation using SCAPS. By modeling device structures, material properties, and performance parameters, the group aims to improve efficiency and guide the design of next-generation photovoltaic technologies.
The SCAPS-Based Solar Cell Design and Analysis Research Group focuses on developing and optimizing solar cell architectures through numerical simulation using SCAPS. By modeling device structures, material properties, and performance parameters, the group aims to improve efficiency and guide the design of next-generation photovoltaic technologies.
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