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A groundbreaking study titled “Polarization Insensitive Electrically Reconfigurable Meta-Lens for 2 μm Wavelength” has been published in Optical Materials Express. This research introduces a meta-lens capable of focusing light at a 2 μm wavelength without sensitivity to polarization, enhancing its versatility in optical applications. The lens’s electrical reconfigurability allows dynamic adjustments, paving the way for advancements in adaptive optics and infrared imaging systems.

A recent publication in Physica B: Condensed Matter presents a density functional theory (DFT) analysis titled “Investigation of the Physical Properties through Strain Effect of Monolayer Silicon Carbide Material.” The study examines how strain influences the mechanical and electronic properties of monolayer silicon carbide (SiC), revealing potential applications in nanoscale devices. Understanding these strain effects is crucial for designing SiC-based components in flexible electronics and sensors.

Researchers have published a paper titled “Sb₂S₃/AlGaAs-Based Reconfigurable Metasurface for Dynamic Polarization and Directionality Control of Quantum Emitter Emission” in RSC Advances. The study demonstrates a metasurface that can dynamically control the polarization and directionality of light emitted from quantum sources. This innovation holds promise for quantum communication technologies, where precise manipulation of light is essential for information transfer and processing.

A new study, “Synergizing Deep Learning and Phase Change Materials for Four-State Broadband Multifunctional Metasurfaces in the Visible Range,” has been published in the Journal of Optics and Laser Technology. The research integrates deep learning algorithms with phase change materials to design metasurfaces capable of multiple functionalities across the visible spectrum. This approach could lead to the development of advanced optical devices with applications in imaging, sensing, and display technologies.

A notable academic milestone has been achieved, with the Google Scholar profile surpassing 1000 citations. This reflects the significant impact and recognition of the research contributions within the scholarly community, highlighting the influence and reach of the published works.

An experimental postgraduate course on Quantum Photonics and Quantum Computing is being offered in the April 2024 semester. This course aims to equip students with foundational knowledge and practical skills in these cutting-edge areas, preparing them for research and development roles in quantum technologies.