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Understanding Quantum Computing
June 6, 2023 @ 8:00 am - 9:00 am
In this talk, just graduate-level mathematical tools and terminologies are used to explain the concepts underlying quantum computing and the functions of the corresponding hardware—The Quantum Computer. The main differences between classical and quantum mechanics will be concisely reviewed. Quantum dynamic variables like position and momentum in mechanical systems as well as voltage and current in electrical circuits are shown to behave as random rather than deterministic signals, whose attributes can be used to carry information. It will also be demonstrated that these random signals can be stored and processed in what is called Qubits. The latter is the quantum counterpart of the classical Bits. The hardware realization of qubits in the form of superconducting circuits—the Transmons—will be explained. Other realizations of qubits, such as trapped ions and quantum dots, will not be considered.
Understanding Quantum Computing – Part 1 ([Register now](https://www.naylornetwork.com/mtt-mkt2019/email01.asp?projid=130968))
Co-sponsored by: IEEE North Jersey Section
Speaker(s): Dr. Abbas Omar,
Virtual: https://events.vtools.ieee.org/m/361996