非交换几何、规范理论和重整化——一般简介与非交换量子场论的重整化 哈尔滨工业大学出版社 阿里云 kindle 下载 pdf chm 百度云 azw3 umd

本书是一部英文版的数学专著，中文书名或可译为《非交换几何、规范理论和重整化：一般简介与非交换量子场论的重整化》。现在，非交换几何在数学上是一个新兴发展的领域，同时也呈现为前景可观的现代物理学框架。非交换空间上的量子场论确实需要全面的探索，并且得到新的有趣的特征。本书提供了一个对非交换几何、畸变量子化与量子场论的重整化：Wilson和BPHZ的对标量理论的方法以及对规范理论的代数方法的基本概念的教育性的介绍。本书能够帮助读者理解几个一般性的非交换量子场论的问题。基于作者的博士论文，本书给出了欧氏Moyal空间上的量子场论的重整化问题的概览，并且特别着重于Grosse-Wulkenhaar模型，以及与其相关的规范理论和其数学解释。本书适用于想要理解这个前沿的数学和物理研究领域的研究生和科研人员。

Acknowledgments

Introduction

1 Introduction to Noncommutative Geometry

1.1 Topology and C*-algebras

1.1.1 Definitions

1.1.2 Spectral theory

1.1.3 Duality in tile commutative case

1.1.4 GNS construction

1.1.5 Vector bundles and projective modules

1.2 Measure theory and yon Neumann algebras

1.2.1 Definition of von Neumann algebras

1.2.2 Duality in the commutative case

1.3 Noncommutative differential geometry

1.3.1 Algebraic geometry

1.3.2 Differential calculi

1.3.3 Hochschild and cyclic homologies

1.3.4 Spectral triples

2 Epsilon-graded algebras noncommutative geometry

2.1 General theory of the ε-graded algebras

2.1.1 Commutation factors and multipliers

2.1.2 Definition of ε-graded algebras and properties

2.1.3 Relationship with superalgebras

2.2 Noncommutative ε-graded geometry

2.2.1 Differential calculus

2.2.2 ε-connections and gauge transformations

2.2.3 Involutions

2.3 Application to some examples of ε-graded algebras

2.3.1 ε-graded commutative algebras

2.3.2 ε-graded matrix algebras with elementary grading

2.3.3 ε-graded matrix algebras with fine grading

3 An Introduction to Renormalization of QFT

3.1 Renormalization of scalar theories in the wilsonian approach

3.1.1 Scalar field theory

3.1.2 Effective action and equation of the renormalization grour

3.1.3 Renormalization of the usual ψ4 theory in four dimensions

3.2 BPHZ renormalization

3.2.1 Power-counting

3.2.2 BPHZ subtraction scheme

3.2.3 Beta functions

3.3 Renormalization of gauge theories

3.3.1 Classical theory and BRS formalism

3.3.2 Algebraic renormalization

4 QFT on Moyal space

4.1 Presentation of the Moyal space

4.1.1 Deformation quantization

4.1.2 The Moyal product on Schwartz functions

4.1.3 The matrix basis

4.1.4 The Moyal algebra

4.1.5 The symplectic Fourier transformation

4.2 UV/IR m/x.ing on the Moyal space

4.3 Renormalizable QFT on Moyal space

4.3.1 Renormalization of the theory with harmonic term

4.3.2 Principal properties

4.3.3 Vacuum configurations

4.3.4 Possible spontaneous symmetry breaking?

4.3.5 Other renormalizable QFT on Moyal space

5 Gauge theory on the Moyal space

5.1 Definition of gauge theory

5.1.1 Gauge theory associated to standard differential calculus

5.1.2 U(N) versus U(1) gauge theory

5.1.3 UV/IR mixing in gauge theory

5.2 The effective action

5.2.1 Minimal coupling

5.2.2 Computation of the effective action

5.2.3 Discussion on the effective action

5.3 Properties of the effective action

5.3.1 Symmetries of vacuum configurations

5.3.2 Equation of motion

5.3.3 Solutions of the equation of motion

5.3.4 Minima of the action

5.3.5 Extension in higher dimensions

5.4 Interpretation of the effective action

5.4.1 A superalgebra constructed from Moyal space

5.4.2 Differential calculus and scalar theory

5.4.3 Graded connections and gauge theory

5.4.4 Discussion and interpretation

Conclusion

Bibliography

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我们倾向于将自动化验收测试限于完全覆盖 happy path 的行为，并仅覆盖其他一些极其重要的部分。

一个好的自动化测试套件应该给你足够的信心执行重构，甚至对应用程序架构进行重构。

你需要监控到底花了多长时间做重复性的手工测试，以便决定什么时候把它自动化。一个很好的经验法则就是，一旦对同一个测试重复做过多次手工操作，并且你确信不会花太多时间来维护这个测试时，就把它自动化。

Done Means Released

Never Go Home on a Broken Build

Always Be Prepared to Revert to the Previous Revision

Failing the Build for Slow Tests

Don’t Delete the Old Files, Move Them

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