This chapter illustrates how quantum circuits can encode classical information in the phase of a quantum state using phase kickback. As the phase kickback technique is a key mechanism used to develop fundamental quantum algorithms like quantum phase estimation, quantum amplitude amplification, and quantum signal processing, this chapter sets the stage for the subsequent chapters. The phase kickback phenomenon is demonstrated with example code and results, which can be executed on a quantum computer simulator.

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Phase Kickback

  • Osama M. Raisuddin,
  • Suvranu De

摘要

This chapter illustrates how quantum circuits can encode classical information in the phase of a quantum state using phase kickback. As the phase kickback technique is a key mechanism used to develop fundamental quantum algorithms like quantum phase estimation, quantum amplitude amplification, and quantum signal processing, this chapter sets the stage for the subsequent chapters. The phase kickback phenomenon is demonstrated with example code and results, which can be executed on a quantum computer simulator.