Core Insights - The Circular Electron-Positron Collider (CEPC) has made significant progress with the recent release of the "Baseline Detector Technical Design Report," marking a milestone in its development as a "Higgs factory" [1][4] - The CEPC project originated from the discovery of the Higgs boson in 2012, which is crucial for understanding the origin of mass [3] - The CEPC is designed to be a multifunctional "particle factory," capable of not only efficiently producing Higgs bosons but also exploring other key particles, with future upgrade potential to a more powerful proton-proton collider [4] Technical Design Progress - The CEPC team completed the "Conceptual Design Report" in 2018, outlining scientific goals and the basic framework of the facility, and has now moved into a more detailed technical design phase [4] - The latest detector design report indicates that core components and key technologies have been validated, showcasing innovative detector solutions such as new energy measurement devices and advanced tracking detectors [4][5] - An international review committee, including experts from Oxford University, evaluated the CEPC detector design and confirmed its advanced, innovative, and superior performance, allowing the project to proceed to the next phase [5] Competitive Landscape - Currently, there are four main proposals for next-generation Higgs factories from China, Europe, and Japan, highlighting a competitive international landscape in fundamental science [5] - The CEPC team has demonstrated strong capabilities and a leading position in the race for next-generation high-energy colliders by completing the technical designs for both the accelerator and detector systems ahead of competitors [5]