The Quantum Computing Realities Program covers key concepts and practical applications of quantum computing. The program is designed to provide a deeper understanding of quantum computing and its impact on various industries. Here are some of the key concepts covered in the program:
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Practical Tradeoffs: Learn about the tradeoffs between different implementations of quantum computers, such as trapped ion and superconducting qubit implementations.
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Coherence Times and Quantum Gate Counts: Develop proficiency in understanding the typical coherence times and quantum gate counts achievable with leading quantum computer implementations.
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Quantum Communication Limits: Explore the physical limits for quantum coherence times and quantum communication over optical fibers.
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Technology Options: Evaluate different technology options for realizing quantum computers and quantum communication systems using atoms, photons, and superconductors.
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Fault-Tolerance: Understand the conceptual role of fault-tolerance in realizing large-scale quantum and classical computation.
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Quantum Error Correction: Gain knowledge of quantum error correction codes, including their parameters, and the scientific basis for families of quantum error correction codes.
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Counteracting Systematic and Random Errors: Learn about different strategies for counteracting systematic and random errors in quantum computation.
By studying these concepts, participants will gain a comprehensive understanding of the possibilities, advantages, and challenges of quantum computing. The program also provides hands-on experience using IBM's quantum computing tools, services, and materials to reinforce the learning process.