In the last two decades we have seen massive growth in the area of quantum technology. Quantum computers can provide solution to certain classes of problem that classical computers fail to solve. Today quantum computers are used in various fields to solve difficult optimization problems and critical prediction problem in finance, artificial intelligence, and medicine. Hence a greater number of optimized quantum algorithms are being developed. Different quantum computing frameworks help us to program and develop the algorithms on real quantum hardware and simulators. In this paper we are presenting detailed study of different quantum computing tools and programming environments. We demonstrated some basic circuit using these quantum frameworks on real quantum hardware, simulators and discussed different quantum libraries and platform for different task.

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Comparative Study of Quantum Computing Tools and Frameworks

  • Muhammad Hamid,
  • Bashir Alam,
  • Om Pal

摘要

In the last two decades we have seen massive growth in the area of quantum technology. Quantum computers can provide solution to certain classes of problem that classical computers fail to solve. Today quantum computers are used in various fields to solve difficult optimization problems and critical prediction problem in finance, artificial intelligence, and medicine. Hence a greater number of optimized quantum algorithms are being developed. Different quantum computing frameworks help us to program and develop the algorithms on real quantum hardware and simulators. In this paper we are presenting detailed study of different quantum computing tools and programming environments. We demonstrated some basic circuit using these quantum frameworks on real quantum hardware, simulators and discussed different quantum libraries and platform for different task.