QOD spin effects play a crucial tole in probing nucleat structures and have been extensively studied in hadroniphysics. However, their potential for exploring new physics beyond the Standard Model and quantum entanglemenphenomena has been largely overlooked. In this talk, I will discuss how ...

Recent CMS data have revealed long-range correlations at high charged particle multiplicity (N_ch^j) within jets produced in proton-proton (pp) collisions, suggesting collective behavior in systems much smaller than those typical of heavy ion collisions. In the polar coordinate system about the reconstructed ...

质子是宇宙的基石之一。质子由夸克胶子组成。胶子分布支配了高能强子碰撞的行为。多年前OCD演化方程研究预言胶子在小x区会发生凝聚。受能量守恒和相对论协变的约束，凝聚胶子会使质子碰撞产生的伽马射线能谱呈现特有的折断幂律，这预言被最近记录到的千年一遇的伽马爆 GRB221009A完美地证实。由此可能打开一条连接微观与宇观的新通道。报告人简介朱伟，...

原子核的电荷密度分布及其半径等电荷性质是描述核结构的基本物理量，对验证和完善微观核理论、约束核物质状态方程具有重要意义。同时，精确的核电荷分布对电子结构计算至关重要，为原子物理、量子电动力学(OED)检验及新物理探索提供了重要基础。相对论密度泛函理论是描述原子核结构最常用目最成功的微观理论模型之一。然而，...

The quest of exotic hadrons with multiquark configuration beyond theconventional constituent quark model has been one of central subiects inhadron physics for decades. Among others, the doubly heavy tetraguarkcomposed of two heavy quarks and two light antiquarks attracts significantinterest, since it represents the simplest candidate with explicit multiguarkfeature and is expected to be bound under strong interaction in the heavyquark limit. After decades of joint efforts from both theoreticians andexperimentalists, the first doubly charmed tetraguark