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Towards quantum computer with superconducting qubits

Ustinov Alexeyopenedu

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Online course covers key topics of superconducting qubit physics. The course contains not only necessary theoretical points but also a lot of unique practical information, which makes it useful both for an experimentalist and a theoretician. The online course is oriented on master and PhD students starting work on their thesis in a qubit laboratory. It starts with discussion on quantum gates, algorithms and physical implementations of qubits focusing on   superconducting qubits in particular. The types of superconducting qubits are described as well as ways of their measurements. A separate module of the online course gives detailed information about the equipment one might use in order to fabricate and measure superconducting qubits.
Upon completion of the course, students will develop the following competences: Understending of Bloch sphere Knowing of qubit gates Understanding of quantum algorithms Knowing of superconductors used for qubits making Understanding of the JJ role in superconducting qubits Understanding of the dissipation and decoherence effect Understanding of lithography basis Understanding of JJ fabrication process Knowing working principle of a dilution refrigerator Knowing of key microwave equipment for a qubit lab Understanding of the difference between charge, phase and flux qubits Knowing pros and cons of a transmon Knowing pros and cons of a fluxonium Being able to derive Jaynes-Cummings Hamiltonian Understanding of the dispersive measurement Understanding how to build a qubit measurement setup