临界Ashkin-Teller流的联合标度极限
The joint scaling limit of critical Ashkin-Teller currents
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具体内容
稿件研究临界Ashkin–Teller模型的高度与两类流簇的联合标度极限。作者声称,对临界Ashkin–Teller线上每个固定点(包括四态Potts端点),在任意有界Jordan区域及每种容许多边形逼近下,所猜想的联合极限成立:高度收敛到具有预测耦合常数的Gaussian自由场,流簇收敛到同一场的规范递归二值局部集。摘要表示联合极限包含所有嵌套深度及特殊的wired边界簇。该结果的意义在于把高度与流簇的极限统一到同一随机几何框架中。
- 覆盖临界Ashkin–Teller线各固定点,含四态Potts端点。
- 作者声称高度收敛到预测耦合常数的Gaussian自由场。
- 流簇收敛到该场的规范递归二值局部集,含全部嵌套深度。
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英文原始摘要
For each fixed point on the critical Ashkin–Teller line, including the four-state Potts endpoint, we prove the conjectured joint scaling limit of the height and both current-cluster collections in every bounded Jordan domain, for every admissible polygonal approximation. The height converges to a Gaussian free field with the predicted coupling constant, and the clusters converge to canonical recursive two-valued local sets of that same field. The joint limit includes all nesting depths and the distinguished wired boundary cluster.
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