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When will Quantum Computing become a reality? It is already! This class will present the basic framework and review recent developments in the experimental
implementation of Quantum Computing ideas. Emphasis will be placed on the comparison of different flavors of "qubits", the quantum version of computing bits.
The target audience includes both undergraduate and graduate students, with a basic background in Quantum Mechanics. The lecturers are graduate students and post-docs working in the field of Quantum Computing. This is a 2 week, non-credit class (10x1.5h lectures). Refreshments and snacks will be served daily, so that registration is needed for planning purposes. The class is sponsored by the Interdisciplinary Quantum Information Science and Engineering Program (IQuISE.mit.edu). The iQuISE program is supported by the National Science Foundation (NSF). Registration and contact: Clarice Aiello, clarice@mit.edu
Class meets daily on weekdays, from Monday January 11, to Friday January 22, in the
Haus Room (36-428), from 1pm to 2.30pm.
| Date |
Class |
Instructor |
| January 11 |
Introduction to Quantum Computing I: Qubits and Quantum Circuits (CLASS NOTES) |
Clarice Aiello |
January 12
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Introduction to Quantum Computing II: Light-Matter Interactions (CLASS NOTES) |
Clarice Aiello |
| January 13 |
Quantum Computing with NMR (CLASS SLIDES) |
Sarah Sheldon |
| January 14 |
Quantum Dots & Impurities in Si (CLASS SLIDES) |
Hendrik Bluhm |
| January 15 |
Optical Quantum Computing (CLASS SLIDES) |
Maria Tengner |
| January 19 |
Superconducting Circuits (CLASS SLIDES) |
Jonas Bylander |
| January 20 |
Ion Trap Quantum Computing (CLASS SLIDES) |
Shannon Wang |
| January 21 |
NV Centers and Introduction to Open Quantum Systems |
Clarice Aiello |
| January 22 |
Quantum Simulators and Applications of Quantum Logic (CLASS SLIDES) |
Boerge Hemmerling |
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