论文标题
大统一理论之间的量子质量关键
Deconfined Quantum Criticality among Grand Unified Theories
论文作者
论文摘要
本文概述了在凝结物理学中运用脱合量子临界的概念的最新发展，以了解四维时空中高能量物理学中大统一理论之间的量子相变。特别是，由mod 2类非驱动全球混合量规挖掘异常决定，在Georgi-Glashow和Pati-Salam模型之间可以存在一个无间隙的解义量子临界区域，这不仅是标准模型作为邻居阶段出现，而且还出现在标准模型现象之外（例如，取消的黑暗计算机/fracter firactial/frightarce formerice formention/firter frastone formention/firter frastone formecion forment offersion/tragment frersic formecion oftons oftons firtons。
This article overviews the recent developments in applying the idea of deconfined quantum criticality in condensed matter physics to understand quantum phase transitions among grand unified theories in high energy physics in the 4-dimensional spacetime. In particular, dictated by a mod 2 class nonperturbative global mixed gauge-gravitational anomaly, there can be a gapless deconfined quantum critical region between Georgi-Glashow and Pati-Salam models -- not only the Standard Model occurs as a neighbor phase, but also beyond the Standard Model phenomena (such as deconfined dark gauge force and fractionalized/fragmentary fermionic partons) emerge near the critical region.
