In the course "Practical Realities of Quantum Computation and Quantum Communication," learners will cover key concepts related to quantum computing and quantum communication. These concepts include:
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Possibilities and Advantages of Quantum Computing: Learners will gain an understanding of the potential applications and advantages of quantum computing, including its ability to accelerate classical computers.
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Hands-on Experience with IBM Q Experience: Participants will have the opportunity to gain practical experience with quantum computing by using the IBM Q Experience platform. They will explore potential applications and work with real quantum computers.
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Quantum Noise: The course will delve into the concept of quantum noise, which refers to the unwanted disturbances or errors that can affect quantum systems. Learners will learn how to characterize and benchmark quantum noise using the IBM Q Experience.
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Trapped Ion and Superconducting Qubit Implementations: Learners will become familiar with the practical tradeoffs between different implementations of quantum computers, specifically trapped ion and superconducting qubit implementations. They will understand the strengths and limitations of each approach.
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Coherence Times and Quantum Gate Counts: Participants will gain proficiency in understanding the typical coherence times (how long quantum information can be preserved) and quantum gate counts (number of operations that can be performed) achievable with leading quantum computer implementations. This knowledge will provide insights into the capabilities and limitations of current quantum computing technologies.
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Quantum Coherence and Communication Limits: The course will cover the physical limits for quantum coherence times, which determine how long quantum information can be maintained without significant loss. Additionally, learners will explore the limits of quantum communication over optical fibers, considering factors such as signal degradation and noise.
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Technology Options for Quantum Computers and Communication: Participants will evaluate different technology options for realizing quantum computers and quantum communication systems. This includes exploring the use of atoms, photons, and superconductors in implementing these technologies.
By covering these key concepts, the course aims to provide learners with a comprehensive understanding of the practical realities of quantum computation and quantum communication.