Decays of charmonium into hyperon and antihyperon pairs provide a pristine laboratory for exploring hyperon properties,such as their polarization and decay parameters,and for conducting tests of fundamental symmetries...Decays of charmonium into hyperon and antihyperon pairs provide a pristine laboratory for exploring hyperon properties,such as their polarization and decay parameters,and for conducting tests of fundamental symmetries.This brief review highlights the significant progress made in precise tests of CP symmetry at BESIII using entangled hyperon-antihyperon pairs。展开更多
根据工业化和信息化的融合需求,将物理信息系统和智能电网的优势进行协同,形成了智能电网CPS.从智能电网CPS的3个层级单元级CPS、系统级CPS、Systems of Systems(缩写为SoS)级CPS体系架构入手,着重阐述了智能电网CPS的研究现状和各个层...根据工业化和信息化的融合需求,将物理信息系统和智能电网的优势进行协同,形成了智能电网CPS.从智能电网CPS的3个层级单元级CPS、系统级CPS、Systems of Systems(缩写为SoS)级CPS体系架构入手,着重阐述了智能电网CPS的研究现状和各个层级对应的关键技术.分析比较了各层级不同应用的优缺点,以此展望了智能电网CPS亟待解决的问题和未来的发展方向.展开更多
基金supported by the National Natural Science Foundation of China(Grant No.12225509),the National Natural Science Foundation of China(Grant No.12247101)the Polish National Science Centre(Grant No.2024/53/B/ST2/00975)+2 种基金the Fundamental Research Funds for the Central Universities(Grant No.lzujbky-2024-jdzx06)the Natural Science Foundation of Gansu Province(Grant No.22JR5RA389)the‘111 Center’under Grant No.B20063。
文摘Decays of charmonium into hyperon and antihyperon pairs provide a pristine laboratory for exploring hyperon properties,such as their polarization and decay parameters,and for conducting tests of fundamental symmetries.This brief review highlights the significant progress made in precise tests of CP symmetry at BESIII using entangled hyperon-antihyperon pairs。
文摘根据工业化和信息化的融合需求,将物理信息系统和智能电网的优势进行协同,形成了智能电网CPS.从智能电网CPS的3个层级单元级CPS、系统级CPS、Systems of Systems(缩写为SoS)级CPS体系架构入手,着重阐述了智能电网CPS的研究现状和各个层级对应的关键技术.分析比较了各层级不同应用的优缺点,以此展望了智能电网CPS亟待解决的问题和未来的发展方向.
