书籍详情
量子场理论：解释世界的神秘背景（英文）
作者：[意] 罗伯特·勒戈（Roberto lengo） 著
出版社：哈尔滨工业大学出版社
出版时间：2020-07-01
ISBN：9787560388922
定价：¥38.00
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内容简介
《量子场理论：解释世界的神秘背景（英文）》是一部引进版权的英文科普著作，书名可译为《量子场理论：解释世界的神秘背景》。量子场论（简称QFT）可以追溯到20世纪30年代，但是在那个时代，只有量子电动力学是确定存在的，还有其他关于QFT的理论研究，但作为解释世界基本定律的理论，它得到全面认可是在20世纪60年代末到70年代初的那几年，这些发展产生的结果构成了所谓的粒子物理学标准模型，这个模型已经被许多实验观察彻底地检验和证实了。它描绘了一幅可以被看作是概括量子电动力学的图画：物质根据它的各种电荷与各种辐射相互作用。
作者简介
罗伯特·勒戈（Roberto lengo），意大利国际高等研究院（SISSA）的教授，理论粒子物理小组的成员，曾担任意大利国际高等研究院人文科学跨学科实验室主任.他在量子场论和弦论等方面撰写了许多专著，并且多年来一直为博士生教授量子场论的课程，
目录
Introduction
Acknowledgements
Author biography
1 Interaction at a distance? Rather， the propagation of a field
1．1 Static fields perhaps well known
1．2 Time dependent fields perhaps less well known
1．2．1 Signals in spacetime
1．2．2 The four-vector potential
1．2．3 Waves
1．3 Bibliography
2 The messengers of the interactions： the 'quanta' of the field
2．1 The revenge of the integers
2．2 Quanta as particles
2．2．1 Photons
2．2．2 Zero mass for the photon
2．3 Quanta as waves
2．4 Two other， less familiar， fundamental fields and their quanta
2．5 Weak interactions
2．6 Strong interactions
2．7 Radiation fields： a collective name
2．8 Bibliography
3 Matter fields， of an uncommon self-avoiding kind
3．1 The need for new unusual anti-commuting numbers
3．2 Matter quanta． An interlude
3．2．1 Particles and antiparticles
3．2．2 Left or right spinning
3．2．3 The Dirac equation
3．2．4 The number of matter particles cannot change
3．3 Matter fields
……
4 Whatever is happening makes an action
5 The vacuum： the stage of the fields' play
6 The symmetric shape of the action
7 Everything fluctuates
8 The vacuum is not empty
9 What else?
10 QFT： what for?
Appendix： Notes for further insight
编辑手记
Acknowledgements
Author biography
1 Interaction at a distance? Rather， the propagation of a field
1．1 Static fields perhaps well known
1．2 Time dependent fields perhaps less well known
1．2．1 Signals in spacetime
1．2．2 The four-vector potential
1．2．3 Waves
1．3 Bibliography
2 The messengers of the interactions： the 'quanta' of the field
2．1 The revenge of the integers
2．2 Quanta as particles
2．2．1 Photons
2．2．2 Zero mass for the photon
2．3 Quanta as waves
2．4 Two other， less familiar， fundamental fields and their quanta
2．5 Weak interactions
2．6 Strong interactions
2．7 Radiation fields： a collective name
2．8 Bibliography
3 Matter fields， of an uncommon self-avoiding kind
3．1 The need for new unusual anti-commuting numbers
3．2 Matter quanta． An interlude
3．2．1 Particles and antiparticles
3．2．2 Left or right spinning
3．2．3 The Dirac equation
3．2．4 The number of matter particles cannot change
3．3 Matter fields
……
4 Whatever is happening makes an action
5 The vacuum： the stage of the fields' play
6 The symmetric shape of the action
7 Everything fluctuates
8 The vacuum is not empty
9 What else?
10 QFT： what for?
Appendix： Notes for further insight
编辑手记
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