Classical literature reading

1. Anderson, P. W.
   More is different: broken symmetry and the nature of the hierarchical structure of science
   Science, 177(4047), 393-396. See pdf file
   
   
2. Congjun Wu
   Electromagnetic way to derive basic relativistic transformations
   arXiv:2209.07466 .
   
   
3. Anderson, P. W., Langacker, P., Mann, A. K.
   Broken Symmetry Can't Compare with Ferromagnets
   Physics Today, 43(5), 117. See pdf file
   
   
4. 刘全慧
   彭桓武先生对他三篇文章的评注
   大学物理, 26(5), 1-1. See pdf file
   
   
5. Hooft, G.
   How to become a GOOD Theoretical Physicist
   See link
   
   
6. Andrew Zangwill
   Philip Anderson: Virtuoso of condensed matter
   Physics Today 75, 3, 28 (2022). See pdf file
   
   
7. Goodstein, D., Goodstein, J.
   Richard Feynman and the History of Superconductivity
   Physics in Perspective, 2(1), 30-47. See pdf file
   
   
8. Sethna, J. P.
   Power laws in physics
   Nature Reviews Physics, 4(8), 501-503. See pdf file
   
   
9. Rabi, I. I., Code, R. F.
   Stories from the early days of quantum mechanics
   Physics Today, 59(8), 36. See pdf file
   
   
10. Weinberg, S.
    Four golden lessons
    Nature, 426(6965), 389-389. See pdf file
    
    
11. Lifshitz, E. M.
    Lev Davidovich Landau(1908-68)
    Elsevier. See pdf file
    
    
12. Abrikosov, A. A.
    Recollections of L. D. Landau
    Elsevier. See pdf file
    
    
13. Ioffe, B. L.
    Landau's Theoretical Minimum, Landau's Seminar, ITEP in the Beginning of the 1950's
    arXiv:0204295.
    
    
14. Fisher, M. P.
    Are We Quantum Computers, or Merely Clever Robots?
    Int. J. Mod. Phys. B, 31(07), 1743001. See pdf file
    
    
15. Feynman, R. P., Goodstein, D. L., Goodstein, J. R.
    Feynman's Lost Lecture: The Motion of Planets Around the Sun.
    WW Norton & Company. See pdf file
    
    
16. Arttu Rajantie
    The search for magnetic monopoles
    Physics Today 69, 10, 40 (2016). See pdf file
    
    
17. Juan Maldacena
    The symmetry and simplicity of the laws of physics and the Higgs boson
    arxiv:1410.6753.
    
    
18. Wigner, E. P.
    The Unreasonable Effectiveness of Mathematics in the Natural Sciences
    Mathematics and science (pp. 291-306). See pdf file
    
    
19. Ward-Takahashi identity
    Ward, J. C. , An identity in quantum electrodynamics,
    Physical Review, 78(2), 182, See pdf file ;
    Takahashi, Y. , On the generalized ward identity,
    Nuovo Cim 6, 371–375 (1957) See pdf file .
    
    
20. Zee, A.
    The effectiveness of mathematics in fundamental physics
    Mathematics and science (pp. 307-323). See pdf file
    
    
21. Wang, H.
    Time in philosophy and in physics: From Kant and Einstein to Gödel
    Synthese, 102(2), 215-234. See pdf file
    
    
22. Denardo, B. C., Puda, J. J., Larraza, A.
    A water wave analog of the Casimir effect.
    American Journal of Physics, 77(12), 1095-1101. See pdf file
    
    
23. Ozturk, S. F., Sasselov, D. D.
    On the Origins of Life's Homochirality: Inducing Enantiomeric Excess with Spin-Polarized Electrons.
    arXiv:2203.16011 .
    
    
24. Leggett, A. J.
    On the Concept of Spontaneously Broken Gauge Symmetry in Condensed Matter Physics
    Foundations of Physics, VoL 21, No. 3, 1991. See pdf file
    
    
25. Leggett, A. J.
    On the Nature of Research in Condensed-State Physics
    Foundations of Physics, Vol. 22, No. 2, 1992. See pdf file
    
    
26. Leggett, A. J.
    SUPERFLUID 3-He:THE EARLY DAYS AS SEEN BY A THEORIST
    Nobel Lecture, December 8, 2003. See pdf file
    
    
27. Leggett, A. J.
    Reflections on the past, present and future of condensed matter physics
    Science Bulletin 63 (2018) 1019–1022. See pdf file
    
    
28. Leggett, A. J.
    Matchmaking Between Condensed Matter and Quantum Foundations, and Other Stories: My Six Decades in Physics
    Annu. Rev. Condens. Matter Phys. 2020. 11: 1–16. See pdf file
    
    
29. Dyson, F.
    Birds and Frogs
    Notices of the AMS, 56(2), 212-223. See pdf file
    
    
30. Dyson, F.
    Missed opportunities
    Bulletin of the American Mathematical Society, 78(5), 635-652. See pdf file
    
    
31. Dyson, F.
    A Conservative revolutionary
    Modern Physics Letters A, 14(22), 1455-1459. See pdf file
    
    
32. Dyson, F.
    Search for artificial stellar sources of infrared radiation
    Science, 131(3414), 1667-1668. See pdf file
    
    
33. Hecht, E.
    An historico-critical account of potential energy: is PE really real?
    The Physics Teacher, 41(8), 486-493. See pdf file
    
    
34. Metropolis, N., Ulam, S.
    The monte carlo method.
    Journal of the American statistical association, 44(247), 335-341. See pdf file
    
    
35. Klein, F.
    A comparative review of recent researches in geometry.
    Bulletin of the American Mathematical Society, 2(10), 215-249. See pdf file
    
    
36. Birkhoff, G., Bennett, M. K.
    Felix Klein and his" Erlanger Programm". See pdf file
    
    
37. Yu, S. H. I.
    Historic Origin of Quantum Entanglement in Particle Physics
    Progress in Physics, 43(3), 57. See pdf file
    
    
38. Shannon, C. E.
    A Mathematical Theory of Communication
    The Bell system technical journal, 27(3), 379-423. See pdf file
    
    
39. Friston, K.
    The free-energy principle: a unified brain theory?
    Nature reviews neuroscience, 11(2), 127-138. See pdf file
    
    
40. Hirshfeld, A. C.
    Knots and physics: Old wine in new bottles.
    American Journal of Physics, 66(12), 1060-1066. See pdf file
    
    
41. 敖平
    时间为何不同于其他维度？
    科学通报, 63(2), 119-126. See pdf file
    
    
42. 高淼, 卢仲毅, 向涛
    通过金属化 σ 电子寻找新的高温超导体.
    物理, 44(07), 421-426. See pdf file
    
    
43. V. S. Varadarajan
    George Mackey and His Work on Representation Theory and Foundations of Physics
    Contemporary Mathematics, 449, 417. See pdf file
    
    
44. O'Malley Jr, R. E.
    Singular perturbation theory: a viscous flow out of Göttingen.
    Annual review of fluid mechanics, 42, 1-17. See pdf file
    
    
45. Weil, A.
    Two lectures on number theory, past and present.
    Enseign. Math, 20(2), 87-110. See pdf file
    
    
46. John, H. B., Goodman-Strauss,
    Conway's Mathematics After Conway
    NOTICES OF THE AMERICAN MATHEMATICAL SOCIETY, 69(7). See pdf file
    
    
47. Anderson, P. W.
    Spin glass
    Physics Today, 41(1), 9-11. See pdf file
    
    
48. Lieb, E. H., Yngvason, J.
    A guide to entropy and the second law of thermodynamics
    Statistical Mechanics: Selecta of Elliott H. Lieb, 353-363. See pdf file
    
    
49. Poincaré, H.
    On the Dynamics of the Electron
    The Genesis of General Relativity, 1179-1198 See pdf file
    
    
50. Chiribella, G., D’Ariano, G. M., Perinotti, P., Valiron, B.
    Quantum computations without definite causal structure
    Physical Review A, 88(2), 022318. See pdf file
    
    
51. Baudis, L.
    Probing Majorana Neutrinos
    January 30, 2023, Physics 16, 13 See pdf file
    
    
52. Rowland, H. A.
    A plea for pure science.
    Science, 2(29), 242-250. See pdf file
    
    
53. Hopfield, J. J.
    Physics, Computation, ancll Why Biology Looks so Different
    Journal of Theoretical Biology, 171(1), 53-60. See pdf file
    
    
54. Frauenfelder, H., Sligar, S. G., Wolynes, P. G.
    The Energy Landscapes and Motions of Proteins
    Science, 254(5038), 1598-1603. See pdf file
    
    
55. Laughlin, R. B., Pines, D., Schmalian, J., Stojković, B. P., Wolynes, P.
    The middle way
    Proceedings of the National Academy of Sciences, 97(1), 32-37. See pdf file
    
    
56. Lisi, A. G., Weatherall, J. O.
    A Geometric Theory of Everything
    Scientific American, 303(6), 54-61. See pdf file
    
    
57. Lami, L., Regula, B.
    No second law of entanglement manipulation after all
    Nature Physics, 1-6. See pdf file
    
    
58. Lamb, W. E.
    Anti-photon
    Applied Physics B, 60(2), 77-84. See pdf file
    
    
59. “声子”的诞生
    谢梦祥, 任捷
    《物理》, 2022年第12期
    
    
60. 微积术的发现与发展
    陈省身
    《宇宙》
    
    
61. White, C. D.
    Double copy — from optics to quantum gravity
    arXiv:2105.06809.
    
    
62. 朗道学派的那些大将和他们的著作
    刘寄星
    《物理》2022年第12期
    
    
63. Sebastian, D
    How Bayes' theorem helped win the second world war
    Towards Data Science
    
    
64. Goldhaber, A. S., Trower, W. P.
    Resource Letter MM‐1: Magnetic monopoles.
    American Journal of Physics, 58(5), 429-439. See pdf file
    
    
65. Sakmann, B.
    Sparks in the Brain: The Story of Ion Channels and Nerve Cells
    Fontiers for Young Minds
    
    
66. Atiyah, M.
    Mathematics in the 20th Century.
    The American Mathematical Monthly, 108(7), 654-666. See pdf file
    
    
67. Richeson, D. S.
    Why Mathematicians Study Knots
    Quanta magazine
    
    
68. Maxwell, J. C.
    Experiments on Colour, as perceived by the Eye, with Remarks on Colour-Blindness.
    Earth and Environmental Science Transactions of the Royal Society of Edinburgh, 21(2), 275-298. See pdf file
    
    
69. Marais, A
    The future of quantum biology
    Journal of the Royal Society Interface, 15(148), 20180640. See pdf file
    
    
70. Ozturk, S. F., Sasselov, D. D.
    On the origins of life's homochirality: Inducing enantiomericexcess with spin-polarized electrons
    Proceedings of the National Academy of Sciences See pdf file
    
    
71. Qi, X. L.
    Does gravity come from quantum information?
    Nature Physics, 14(10), 984-987. See pdf file
    
    
72. Bloom, B. P., Waldeck, A. R., Waldeck, D. H.
    Homochirality and chiral-induced spin selectivity: A new spin on the origin of life
    Proceedings of the National Academy of Sciences, 119(34)
    
    
73. Preskill, J.
    The Physics of Quantum Information
    arxiv:2208.08064
    
    
74. Shor, P. W.
    The Early Days of Quantum Computation
    arxiv:2208.09964 See pdf file
    
    
75. Sethna, J. P.
    Power laws in physics
    Nature Reviews Physics volume 4, pages501–503 (2022) See pdf file
    
    
76. West, G. B., Brown, J. H.
    Life’s Universal Scaling Laws
    Physics today, 57(9), 36-43. See pdf file
    
    
77. Hopfield, J. J.
    Neural networks and physical systems with emergent collective computational abilities
    Proceedings of the national academy of sciences, 79(8), 2554-2558. See pdf file
    
    
78. Gross, D. J.
    The role of symmetry in fundamental physics
    Proceedings of the National Academy of Sciences, 93(25), 14256-14259. See pdf file
    
    
79. Bell, J. S.
    On the Einstein Podolsky Rosen paradox
    Physics Physique Fizika, 1(3), 195. See pdf file
    
    
80. Bennett, C. H., Fowler, A. B.
    Rolf W. Landauer 1927-1999: a biographical memoir
    Washington DC: National Academy of Sciences. See pdf file
    
    
81. Landauer, R.
    Minimal energy requirements in communication.
    Science, 272(5270), 1914-1918. See pdf file
    
    
82. Heisenberg, W.
    Quantum-theoretical re-interpretation of kinematic and mechanical relations
    Z. Phys, 33, 879-893. See pdf file
    
    
83. Eddy, S. R.
    What is Bayesian statistics?
    Nature biotechnology, 22(9), 1177-1178. See pdf file
    
    
84. Kevin Hartnett
    A Path Less Taken to the Peak of the Math World.
    Quantamagazine(June 27, 2017)
    
    
85. 杨振宁
    沃纳·海森堡
    科技文化. See pdf file
    
    
86. 思源
    电磁场理论的 (外) 微分形式
    交通悟理微信公众号
    
    
87. 李硕彥
    神奇的模式概率与 “鞅”
    数学经纬. See pdf file
    
    
88. 陈泽晟
    秩序与混沌：集合论的世纪斗争
    中国科学院哲学研究所微信公众号
    
    
89. 林开亮
    杨振宁与当代数学
    "好玩的数学"微信公众号
    
    
90. 敖平
    大卫·邵勒斯的治学和建树: 纯粹探索凌绝顶
    科学通报 See pdf file
    
    
    

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