Phd in MATHEMATICAL MODELS FOR ENGINEERING, ELECTROMAGNETICS AND
NANOSCIENCES

Research:

Dr. Hamed Tari, a devoted researcher, commenced his academic journey with a Bachelor's degree in Applied Chemistry (Iran-2012). This marked the initiation of his profound exploration into applied chemistry, laying a robust foundation for his scientific endeavors.

Expanding upon this foundation, Dr. Tari pursued a Master's degree in Nanochemistry (Iran-2015), showcasing an early commitment to cutting-edge technologies at the nanoscale. His focus centered on advanced electrochemical methods, specifically within the domain of nanosensors based on graphene and its derivatives.

Subsequently, he undertook a second Master's degree in Nanotechnology Engineering at Sapienza University of Rome (Italy-2020), further solidifying his expertise in the convergence of scientific domains.

The zenith of his academic pursuits culminated in a Ph.D. at the dynamic intersection of Electromagnetism and Nanoscience. During his doctoral studies, Dr. Tari delved into the fascinating realm of neural networks and machine learning, with a specific emphasis on the hardware aspects of Neuromorphic technologies. His research aimed to bridge the gap between hardware compatibility and machine learning techniques, notably focusing on the integration of plasmonic and nonlinear optics. His groundbreaking work has contributed to the development of a platform capable of mimicking biological neural systems, particularly within the realms of Solitonic and Plasmonics.

Dr. Tari's distinctive journey, spanning from Chemistry to Nanotechnology, equipped him with a comprehensive understanding of diverse fields, including Chemistry, Physics, Photonics, Electronics, and Computer Science.

Beyond individual achievements, Dr. Tari actively collaborates with fellow researchers, establishing fruitful partnerships that foster knowledge exchange and drive scientific exploration. His innovative findings have been disseminated through esteemed journals, showcasing his profound expertise and contributing significantly to the academic community.

Continuing to make strides in his field, Dr. Tari's multidisciplinary approach and unwavering commitment to pushing the boundaries of research position him as a leading figure in the realms of Electrochemistry, Nanoscience, Electromagnetism, and Neural Network Hardware.