中心对撞机实验中弱束缚轻核的命运：支持晚期连续退耦合机制的一项挑战
The Fate of Weakly Bound Light Nuclei in Central Collider Experiments: a Challenge in Favor of a Late Continuous Decoupling Mechanism
AI总结：
该研究提出高能核碰撞反应产物可通过连续退耦合机制解释，各粒子在自身时间窗口退耦合，含ALICE实验观测的超氚核极晚退耦合，依托经典认知更新了退耦合过程的解读。
摘要：
本文提出论证表明，直至对撞机能级的中心高能核碰撞反应产物，可基于连续运动方程，通过连续退耦合机制得到严格解释。研究从各独立退耦合过程出发，探究了碰撞动力学的多个方面，每种观测到的粒子都会在其自身的时间退耦合窗口内发生退耦合，这其中包括近期ALICE实验中观测到的弱束缚超氚核的“极晚”退耦合。该策略的有效性依托于已有200年历史的经典认知，并将带来对整个退耦合过程的全新解读。
英文摘要：
Arguments are presented that the reaction products of central high energy nuclear collisions up to collider energies can rigorously be interpreted in terms of a continuous decoupling mechanism based on continuous equations of motion. The various aspects of the collision dynamics are investigate in terms of the individual decoupling processes. Thereby each observed particle decouples during its own temporal decoupling window. This includes a ``very late'' decoupling of the faintly bound Hypertritons observed in recent ALICE experiments. The success of the strategy is based upon 200 years old wisdom and leads to a revised interpretation of the entire decoupling process.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
