Tel Aviv University - Israel
Professional Profiles:
Early Academic Pursuits
Born on April 25, 1992, in West Bengal, India, Dr. Pradhan exhibited academic excellence early on, securing impressive marks throughout his school and college years. His foundational education, culminating in a Bachelor of Science (Honours) in Physics from the University of Calcutta, set a solid base for his scientific inquiry. Pursuing further, he completed his Master of Science in Physics from the prestigious Indian Institute of Technology, Kharagpur, showcasing his growing interest and expertise in advanced materials science.
Professional Endeavors
Dr. Pradhan’s professional journey is marked by his significant postdoctoral work. Initially, he contributed to the field at Ben-Gurion University of the Negev, Israel, under the Kreitman postdoctoral fellowship. Here, he delved into the chemical vapour deposition growth and study of the optoelectronic properties of transition metal dichalcogenides. Currently, he extends his research capabilities at Tel Aviv University’s 2D materials laboratory, focusing on the synthesis of high-quality large-scale graphene and its properties through reactive intercalation, under the guidance of Prof. Ariel Ismach.
Contributions and Research Focus On 2D materials Award
Dr. Pradhan's research area is deeply rooted in the synthesis and characterization of 2D materials like graphene, boron nitride, and transition metal dichalcogenides. His work involves epitaxial growth of compound semiconductors and the exploration of their luminescence properties, optical characterization through micro-Raman and photoluminescence spectroscopy, and the investigation of mechanical effects on optoelectronic properties. Furthermore, he is skilled in materials characterization using atomic force microscopy and X-ray scattering, contributing significantly to the understanding of natural superlattice structures and the electrical characterization of optoelectronic devices.
Accolades and Recognition In 2D materials Award
While specific accolades and recognitions are not detailed, Dr. Pradhan's career trajectory, marked by prestigious fellowships and positions in renowned institutions, speaks volumes of his esteemed standing in the scientific community. His successful attainment of competitive grants, such as the one from the Israel Science Foundation, further attests to his capability and promise in the field. The 2D Materials Award celebrates visionary brilliance, honoring unparalleled innovation and groundbreaking achievements in the field of two-dimensional materials science. Recognizing exceptional researchers who are pushing the boundaries of knowledge and technology, this accolade shines a spotlight on those who pioneer transformative approaches
Impact and Influence
Dr. Pradhan’s work in the realm of 2D materials is pivotal for numerous applications in nanotechnology, electronics, and optoelectronics. His contributions not only advance fundamental understanding but also pave the way for innovative applications of these materials in various technological domains. The implications of his research extend to enhancing the performance and efficiency of electronic and photonic devices, potentially revolutionizing industries reliant on these technologies.
Legacy and Future Contributions For 2D materials Award
Looking forward, Dr. Anway Pradhan is poised to continue making significant strides in materials science. His dedication and ongoing projects suggest a trajectory that will likely yield further groundbreaking discoveries and applications of 2D materials. As he builds on his substantial foundation, his work is expected to influence the next generation of materials scientists and engineers, encouraging more research and development in this promising field. Dr. Pradhan's legacy, characterized by a deep commitment to understanding and innovating with 2D materials, promises to inspire future contributions that will expand the boundaries of material science and engineering.
Notable Publications
Material dissipation of graphene resonators 2023
Fast-response symmetric coplanar Ni/AlGaInP/Ni visible photodetector 2020
Probing bias and power dependency of high-performance broadband Mg/ZnSnP<inf>2</inf>/Sn back-to-back Schottky junction photodetectors 2020