近几十年来我国在强相互作用自旋物理领域的基础研究逐渐深入，自上个世纪以来在核子自旋结构的理论与实验研究取得长足进步，参加了HERMES, JLab, RHIC等国际合作实验。近些年，由我国学者提出的重离子碰撞中的整体极化效应被RHIC, LHC, SIS18等多个大科学装置证实，由此开辟了重离子碰撞自旋物理新方向并蓬勃发展。我国在该领域的物理与实验技术研究已进入新的发展阶段，为进一步促进我国强相互作用自旋物理的交流与合作，经商讨，决定发起“强相互作用自旋物理会议”系列国内学术会议。
首届会议定于2026年7月27日至30日在青岛举行，26日报到。会议涵盖以下议题：
- 质子自旋结构及形状因子
- 核子三维结构与碎裂函数
- 重离子碰撞自旋物理
- 极化束流与极化靶
- 未来大科学装置
Over the past several decades, fundamental research in strong-interaction spin physics in China has steadily advanced. Since the late twentieth century, significant progress has been achieved in both theoretical and experimental studies of nucleon spin structure. Chinese researchers have actively participated in major international collaborations such as HERMES, JLab, and RHIC. In recent years, the global polarization effect in heavy-ion collisions—originally proposed by Chinese physicists—has been experimentally confirmed at several facilities including RHIC, the LHC, and SIS18. These observations have opened a new research direction in spin physics in heavy-ion collisions, which has since developed rapidly. With continued progress in both physics studies and experimental techniques, research on strong-interaction spin physics in China has entered a new stage of development. In order to further promote communication and collaboration in this field, it has been proposed to initiate a domestic conference series entitled “Conference on Strong-interaction Spin Physics.”
The first meeting of this series will be held in Qingdao, China, from July 27 to July 30, 2026, with registration on July 26. The conference will cover the following topics:
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Proton spin structure and form factors
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Three-dimensional nucleon structure and fragmentation functions
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Spin physics in heavy-ion collisions
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Polarized beams and targets
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Future facilities
