Core Viewpoint - Magnetic resonance technology is a key tool in modern scientific research, with significant applications across various fields, including chemistry, physics, biology, medicine, materials science, food safety, and earth sciences. The continuous emergence of scientific challenges and deepening application demands have led to breakthroughs in core technologies such as Nuclear Magnetic Resonance (NMR), Electron Paramagnetic Resonance (EPR/ESR), and Magnetic Resonance Imaging (MRI), driving rapid development in the magnetic resonance field. China has made notable progress in the research and application of magnetic resonance technology, with domestic manufacturers focusing on enhancing core competencies and gradually closing the gap with international standards [2][3]. Event Overview - The "9th iConference on Magnetic Resonance (iCMR 2025)" will be jointly hosted by Instrument Information Network, the Magnetic Resonance Branch of the China Association for Analysis and Testing, Beijing Spectroscopy Society, and the Journal of Spectroscopy. The conference aims to foster innovation, academic exchange, and collaboration between academia and industry in the magnetic resonance field. It will provide a platform for experts, scholars, and young researchers to share research findings and access cutting-edge information, with content archived for future reference [3][5]. Conference Details - **Date**: November 4-5, 2025 - **Organizers**: Instrument Information Network, Magnetic Resonance Branch of the China Association for Analysis and Testing, Beijing Spectroscopy Society, Journal of Spectroscopy [5]. Conference Agenda Highlights - **November 4**: - Morning sessions on new technologies and applications in magnetic resonance, featuring presentations from experts such as: - Chen Wei on in-situ NMR research on polymer deformation mechanisms - Xu Jun on solid-state NMR studies of rare earth materials - Zhao Xinxing on advancements in quantum magnetic resonance technology [6][7]. - **November 5**: - Sessions on paramagnetic and low-field NMR technologies, including discussions on: - Advances in downhole NMR technology by Liao Guangzhi - EPR spectroscopy studies on protein structures by Yang Yin [7][8]. Roundtable Discussion - A roundtable discussion titled "The Right Time for Domestic Magnetic Resonance Technology Development" will feature prominent figures in the field, including: - Yang Haijun from Tsinghua University - Fu Hui from Peking University - Yang Peiqiang from Suzhou Newmai Analysis Instrument Co., Ltd. - He Yu from Guoyi Quantum Technology (Hefei) Co., Ltd. [8].