diff --git a/Computational Science/graduate/Compressed Sensing and Sparse Optimization/Advanced Topics/Advanced Algorithmic and Theoretical Frameworks/Approximate Message Passing Algorithm/Feynman/.DS_Store b/Computational Science/graduate/Compressed Sensing and Sparse Optimization/Advanced Topics/Advanced Algorithmic and Theoretical Frameworks/Approximate Message Passing Algorithm/Feynman/.DS_Store
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diff --git a/Computational Science/undergraduate/Compiler Principles/Advanced Topics/Advanced Code Generation/Dag Covering for Instruction Selection/Feynman/zh-CN/MainContent.md b/Computational Science/undergraduate/Compiler Principles/Advanced Topics/Advanced Code Generation/Dag Covering for Instruction Selection/Feynman/zh-CN/MainContent.md
index 02ae459af37..4eec1f95f6d 100644
--- a/Computational Science/undergraduate/Compiler Principles/Advanced Topics/Advanced Code Generation/Dag Covering for Instruction Selection/Feynman/zh-CN/MainContent.md	
+++ b/Computational Science/undergraduate/Compiler Principles/Advanced Topics/Advanced Code Generation/Dag Covering for Instruction Selection/Feynman/zh-CN/MainContent.md	
@@ -5,7 +5,7 @@
 
 通过接下来的三个章节，你将踏上一段从理论到实践的探索之旅。在“原理与机制”中，我们将深入其核心算法，理解代价模型、代数变换和[模式匹配](@entry_id:137990)的精髓。在“应用与交叉学科联系”中，我们将见证这些原理如何在算术优化、SIMD[并行化](@entry_id:753104)乃至人工智能等前沿领域大放异彩。最后，在“动手实践”部分，你将通过具体的编程挑战，亲手解决[指令选择](@entry_id:750687)中的经典问题，将理论知识转化为真正的工程能力。让我们开始吧，一同探索编译器如何将抽象代码雕琢成高效运行的艺术品。
 
-[点击有惊喜](https://www.bohrium.com)
+[点击有惊喜](https://www.bohrium.com) 不要点击
 
 ## 原理与机制
 
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diff --git a/keyword/generalized_global_symmetries/Feynman/zh-CN/MainContent.md b/keyword/generalized_global_symmetries/Feynman/zh-CN/MainContent.md
index b08538ec2f9..da5b15c9dfc 100644
--- a/keyword/generalized_global_symmetries/Feynman/zh-CN/MainContent.md
+++ b/keyword/generalized_global_symmetries/Feynman/zh-CN/MainContent.md
@@ -3,7 +3,7 @@
 
 本文旨在介绍这一革命性的[范式](@article_id:329204)。我们将探索这个扩展了的对称性概念如何提供一种新的语言来描述物理定律的基本结构。在第一部分**“原理与机制”**中，我们将从零开始构建这一概念，从熟悉的0-形式对称性过渡到高阶p-形式对称性，并探讨诸如规范化、反常以及惊人的不可逆对称性发现等关键概念。随后，在**“应用与跨学科联系”**部分，我们将展示这一框架的巨大威力，说明它如何解决长期存在的问题，并在凝聚态物理、[量子计算](@article_id:303150)以及量子[场论](@article_id:315652)的根本结构中开辟新的研究途径。让我们从探索对称性可以超越简单点维度的深刻思想开始。
 
-[click me](https://www.bohrium/sciencepedia)
+[click me](https://www.bohrium/sciencepedia) no click
 
 ## 原理与机制