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| 1 | Explicit formula of holomorphic automorphism group on complex homogeneous bounded domains显示文摘We known that the maximal connected holomorphic automorphism group Aut (D)(0) is a semi-direct product of the triangle group T(D) and the maximal connected isotropic subgroup Iso (D)(0) of a fixed point in the complex homogeneous bounded domain D and any complex homogeneous bounded domain is holomorphic isomorphic to a normal Siegel domain D(VN,F).In this paper, we give the explicit formula of any holomorphic automorphism in T(D(VN,F)) and Iso (D(VN, F))(0), where G(0) is the unit connected component of the Lie group G. | XU Yichao,CHEN Minru & MA Songya Academy of Mathematics and Systems Science, Chinese Academy of Sciences, Beijing 100080, China College of Mathematics and Information Sciences, Henan University, Kaifeng 475001, China | 2006 | Science China Mathematics2006，49，10： | 4 |
| 2 | Joint remote preparation of an arbitrary three-qubit state显示文摘 | Luo Mingxing Chen Xiubo Ma Songya | 2010 | Optics Communications2010，283，23： | 1 |
| 3 | Controlled cyclic remote preparation显示文摘Multi-party quantum communication has gradually attracted widespread attention.To realize the perfect transmission of quantum states among multiple participants,a novel multi-party controlled cyclic remote preparation protocol for arbitrary single-qubit states with three senders is proposed.With the permission of one controller,each sender can transmit an arbitrary singlequbit state to its neighbor.In addition,we give a universal protocol for multi-party controlled cyclic remote preparation of arbitrary single-qubit states in the case of multiple senders,which can realize deterministic cyclic preparation of multiple quantum states in one direction.The scheme shows that the communication task can be successfully achieved only if all senders cooperate with the controller,and there is no need for the senders to employ information splitting and additional operations before performing measurements.Finally,we discuss the cyclic remote preparation protocol with three senders under five types of noisy environment,and the closeness between the output state and original state is measured by calculating fidelity. | Li Gong Songya Ma Junli Jiang | 2023 | Communications in Theoretical Physics2023，75，10： | 0 |
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