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量子群
1、quantum computer───[计]量子计算机
2、quantum mechanic───量子力学
3、quantum mechanics───[量子]量子力学（解释次原子粒子运动和质量）；n.量子力学
4、azimuthal quantum───方位量子
5、quantum field theory───[量子]量子场论
6、quantum leap───量子跃迁；巨大突破；n.量子跃迁，<喻>跃进，巨大突破
7、quantum number───[量子]量子数
8、group───vt.把…聚集；把…分组；n.组；团体；adj.群的；团体的；vi.聚合
9、quantum physics───n.[量子]量子物理学；量子力学
1、A quantum group is a deformation of a given classical group, and is such that no classical space can have it as a symmetry group.───量子群是已知经典群的变形，所有经典群都无法将其作为对称群。
2、Note that our results are valid for any type of quantum group.───注意我们的结果与量子群的型无关。
3、Two-dimensional representations of positive part of quantum group───量子群正部分的二维表示
4、Describe 62 monomial basis elements and 144 polynomial basis elements in single variable for the quantum group of type A_4.───给出A_4型量子群的全部62个单项式和144个单变量多项式的典范基元素；
5、In his study, Benedetti explains that a spacetime with quantum group symmetry has in general a scale-dependent dimension.───Benedetti在其研究中解释道，具有量子群对称性的的时空通常都有依赖于尺度存在的维数。
6、Coefficient Algebra of the Minimal Representation of the Elliptic Quantum Group───椭圆量子群极小表示的系数代数
7、Benedetti considers two types of spacetime with quantum group symmetry - a quantum sphere and k-Minkowski spacetime - and calculates their dimensions.───Benedetti考虑到了两种类型的量子群对称性时空—— 一种是量子球与K-闵可夫斯基时空，另一种是对前一种时空维数的计算时空。
1、Here, Benedetti considers two types of spacetime with quantum group symmetry - a quantum sphere and k-Minkowski spacetime - and calculates their dimensions.