Quantum Transport

via Swayam

Overview

Explore the cutting-edge realm of quantum transport with our comprehensive course that delves deep into the quantum mechanical principles shaping modern technology. Unlike traditional transport theory, which leans towards classical or semi-classical methodologies despite utilizing quantum mechanics for parameters like energy gaps and effective mass, the electrical transport within mesoscopic systems showcases a myriad of quantum phenomena. These include, but are not limited to, quantum tunneling, quantum Hall effects, conductance quantization, flux-quantization, Aharonov-Bohm effect, single-electron charging, Kondo effect, and Josephson effects.

Designed for senior undergraduate and graduate students, this course offers a thorough introduction to these quantum phenomena. It prepares students for advanced research in areas pivotal to the future of technology, such as solid-state quantum computing technologies, quantum electrical sensing, and metrology. Whether you're in the final year of your M.Sc., enrolled in an integrated BS-MS program, or a Ph.D. student, this course, supported by leading industry giants including IBM, Philips Semiconductor, NTT Japan, SQC Sydney, and D-Wave systems, will equip you with the knowledge to engage with the latest developments in the field.

Prerequisites for this transformative learning journey include an introductory understanding of Quantum Mechanics and Solid State Physics, setting the foundational knowledge necessary to navigate the complexities of quantum transport phenomena.

Join us on this journey with Swayam, as we delve into the quantum mechanics courses that pave the way for innovations and advancements in the dynamic field of quantum mechanics and transport phenomena.