The CXPD (Cosmic X-ray Polarization Detection) cube star, which we led the development of, was successfully launched by a rocket from the Jiuquan Satellite Launch Center. ”Facing an interview with reporters, Feng Huanbo, a doctoral student trained by the School of Physical Science and Engineering Technology at Guangxi University, couldn't hide his excitement. With the smooth transmission of the first batch of data, this means that China has taken a crucial step in observing the polarization of X-rays from temporary sources such as gamma ray bursts. Behind this breakthrough in technological innovation from 0 to 1 is a young research force from universities in southern Xinjiang, China. The physics discipline of Guangxi University is cultivating a group of top-notch physics talents with a strong sense of patriotism and dedication to tackling technical challenges through a dual integration education model of "strategic needs+cutting-edge disciplines". The direction of scientific research is from "development needs" to "my topic" national needs and Guangxi's development. In the physics discipline of Guangxi University, research topics and innovation drive resonance at the same frequency. As a main force in scientific research, Feng Huanbo has made significant breakthroughs in the key technology of cosmic X-ray polarization detection. The series of CubeSats was developed by the CXPD collaboration team led by the School of Physical Science and Engineering Technology at Guangxi University after ten years of research and development, breaking through multiple "bottleneck" technologies and achieving independent research and development of the entire chain from core components to on-board intelligent algorithms, helping to support the project approval of Chinese space station related payloads. When the world is anxious about the tight supply of lithium-ion battery raw materials and the pollution caused by waste batteries, doctoral student Li Huifan's project directly points to the pain points of "high cost and high pollution" in traditional recycling processes. She devoted herself to researching recycling processes and proposed new methods with her mentor to reduce costs and pollution, injecting new vitality into the low-carbon industry for the future. Here, national strategic needs and local industrial needs are precisely aligned into specific and cutting-edge topics. Since 2016, the physics discipline of Guangxi University has anchored the coordinates of talent cultivation to major strategic needs such as national deep space exploration and new energy, driven by large-scale scientific plans and projects, guiding students to engage in real scientific research that stands tall and strong. I have two mentors, one at Guangxi University and the other at Beijing Institute of Nano Energy, from "individual combat" to "joint charge". ”Meng Jia said. Through the "dual teacher classroom" and shared research platform, she was able to stand at the forefront of world technology and receive practical training in scientific research centered on innovation ability. The physics discipline at Guangxi University is built on an open "innovation ecosystem". To cultivate students' innovation ability, mechanism innovation is the key. The physics discipline of Guangxi University enhances students' original innovation ability from scratch through innovative curriculum system, guidance from renowned teachers, integrated training of science and education, and practical engineering training. More than that, within the physics discipline of Guangxi University, there are also leading platforms such as Guangxi Relativity Astrophysics Major Scientific Innovation Base, Guangxi University National Astronomical Observatory Astrophysics Research Center, Guangxi University Chinese Academy of Sciences Beijing Institute of Nanoenergy and Systems Nanoenergy Research Center, and in-depth cooperation with many well-known international and domestic scientific research institutions. The high-energy scientific research platform for international and domestic cooperation is like a "reactor" that inspires original innovation, supporting young talents to move from "individual combat" to "joint charge". Here, I truly appreciate the significance of challenging first-class scientific research, "said doctoral student Liu Kuan. The vitality of the ecosystem from "talent emergence" to "discipline leap" is ultimately reflected in the emergence of talents and the explosion of scientific research achievements. Liu Kuan, as a core member of the scientific research team, participated in the research on X-ray polarization observation of the pulsar Fengyun in Vela constellation, and his results were published in the top international journal Nature. "This is the first discovery in the world, and the result is very beautiful." Chang Jin, an academician of the CAS Member, spoke highly of this research achievement. Since the reform of the self training mode, the physics discipline of Guangxi University has cultivated a group of young scientific research talents with patriotism and achieved many original scientific research results. In 2020, the Physical Astronomy and Advanced Detection Technology team participated in the use of the national major scientific and technological infrastructure, the 500 meter aperture radio telescope FAST and the Huiyan satellite HXMT, to achieve significant breakthroughs in the study of cosmic fast radio bursts. The results were listed as one of the top ten scientific breakthroughs in Nature and Science in 2020. In 2023, the photon team prepared large-sized ultra-high melting point optical crystals with a melting point exceeding 2900 ℃, directly serving national key projects... The scientific research achievements have also blossomed in the land of Bagui, collaborating to develop human air conditioning clothing based on thermoelectric effects and building a third-generation semiconductor industry research institute; Developing an integrated quantum random number generator and communication system, promoting the practical application of quantum technology... The rise of young talents and the leap in disciplinary strength have formed a perfect "two-way rush". In 2024, the physics discipline of Guangxi University will be promoted to the top 1% of ESI global disciplines. This year, the Physics Astronomy and Advanced Detection Technology team was shortlisted for the fourth batch of "National University Huang Danian style Teacher Team" creation demonstration activities. Basic research is the core support for breaking through the bottleneck dilemma, and the cultivation of young talents is the engine for achieving breakthroughs. ”Professor Wang Xianggao, a selected member of the national major talent plan for the physics discipline at Guangxi University, said, "The physics discipline at Guangxi University will continue to promote original innovation, focus on cultivating top-notch innovative talents, contribute wisdom to leading regional scientific and technological self-reliance, and provide useful experience for the construction of basic disciplines and talent cultivation in local universities