具有$κ$ -Poincaré对称性的模糊世界线
Fuzzy worldlines with $κ$-Poincaré symmetries
摘要：
一种研究量子变形相对论对称性模型性质的新方法依赖于非对易的世界线空间，而不是通常的非对易时空。在这种情况下，时空可以被重建为事件的集合，这些事件被识别为不同世界线的交叉。我们为$κ$ -Poincaré模型的这种构造奠定了基础，分析了$κ$变形的类时世界线的模糊特性以及由此产生的重建事件的模糊性。
英文摘要：
A novel approach to study the properties of models with quantum-deformed relativistic symmetries relies on a noncommutative space of worldlines rather than the usual noncommutative spacetime. In this setting, spacetime can be reconstructed as the set of events, that are identified as the crossing of different worldlines. We lay down the basis for this construction for the $κ$-Poincaré model, analyzing the fuzzy properties of $κ$-deformed time-like worldlines and the resulting fuzziness of the reconstructed events.
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。
