为了解决这个问题，AA相被用来实现几何量子门，研究发现，用它实现的量子门拥有较快的门运算时间和几何相位的内在几何特性。
To solve this problem, AA phase was suggested to complete geometric quantum gates. These gates have the faster gate-operation time and intrinsic geometric features of the geometric phase.
主要研究参数化的广义量子通用相位门，给出了单比特量子门、双比特量子门以及三比特量子门的参数化构造。
This paper gives the definition of parameterized generalization of quantum universal gates, and analyzes the parameterization of single qubit gates, double qubit gates and triple qubit gates.
主要研究参数化的广义量子通用相位门，给出了单比特量子门、双比特量子门以及三比特量子门的参数化构造。
This paper gives the definition of parameterized generalization of quantum universal gates, and analyzes the parameterization of single qubit gates, double qubit gates and triple qubit gates.
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