What is included with this book?
Preface | p. v |
List of Symbols | p. ix |
Review on Linear Algebras | p. 1 |
Linear Space and Basis Vector | p. 1 |
Linear Transformations and Linear Operators | p. 3 |
Similarity Transformation | p. 5 |
Eigenvectors and Diagonalization of a Matrix | p. 8 |
Inner Product of Vectors | p. 9 |
The Direct Product of Matrices | p. 12 |
Exercises | p. 13 |
Group and its Subsets | p. 17 |
Symmetry | p. 17 |
Group and its Multiplication Table | p. 19 |
Subsets in a Group | p. 27 |
Subgroup | p. 27 |
Cosets | p. 28 |
Conjugate Elements and the Class | p. 29 |
Invariant Subgroup | p. 31 |
Homomorphism of Two Groups | p. 33 |
Proper Symmetric Group of a Regular Polyhedron | p. 35 |
Tetrahedron, Octahedron, and Cube | p. 36 |
The Group Table of T | p. 38 |
The Group Table of O | p. 40 |
Regular Icosahedron and the Group Table of I | p. 40 |
Direct Product of Groups and Improper Point Groups | p. 44 |
The Direct Product of Two Groups | p. 44 |
Improper Point Groups | p. 44 |
Exercises | p. 46 |
Theory of Linear Representations of Groups | p. 49 |
Linear Representations of a Group | p. 49 |
Definition of a Linear Representation | p. 49 |
Group Algebra and the Regular Representation | p. 50 |
Class Operator and Class Space | p. 53 |
Transformation Operators for a Scalar Function | p. 54 |
Equivalent Representations | p. 57 |
Inequivalent and Irreducible Representations | p. 60 |
Irreducible Representations | p. 60 |
Schur Theorem | p. 61 |
Orthogonal Relation | p. 63 |
Completeness of Representations | p. 65 |
Character Tables of Finite Groups | p. 67 |
The Character Table of the Group T | p. 70 |
The Character Table of the Group O | p. 71 |
Self-conjugate Representation | p. 72 |
Subduced and Induced Representations | p. 73 |
Applications in Physics | p. 78 |
Classification of Static Wave Functions | p. 78 |
Clebsch-Gordan Series and Coefficients | p. 80 |
Wigner-Eckart Theorem | p. 81 |
Normal Degeneracy and Accidental Degeneracy | p. 83 |
An Example of Application | p. 85 |
Irreducible Bases in Group Algebra | p. 88 |
Ideal and Idempotent | p. 89 |
Primitive Idempotent | p. 90 |
Two-side Ideal | p. 92 |
Standard Irreducible Basis Vectors | p. 93 |
Exercises | p. 102 |
Three-Dimensional Rotation Group | p. 107 |
Three-dimensional Rotations | p. 107 |
Fundamental Concept of a Lie Group | p. 111 |
The Composition Functions of a Lie Group | p. 111 |
The Local Property of a Lie Group | p. 112 |
Generators and Differential Operators | p. 113 |
The Adjoint Representation of a Lie Group | p. 114 |
The Global Property of a Lie Group | p. 115 |
The Covering Group of SO(3) | p. 117 |
The Group SU(2) | p. 117 |
Homomorphism of SU(2) onto SO(3) | p. 118 |
The Group Integral | p. 120 |
Irreducible Representations of SU(2) | p. 124 |
Euler Angles | p. 124 |
Linear Representations of SU(2) | p. 127 |
Spherical Harmonics Functions | p. 131 |
The Lie Theorems | p. 134 |
Clebsch-Gordan Coefficients of SU(2) | p. 141 |
Direct Product of Representations | p. 141 |
Calculation of Clebsch-Gordan Coefficients | p. 144 |
Applications | p. 147 |
Sum of Three Angular Momentums | p. 149 |
Tensors and Spinors | p. 153 |
Vector Fields | p. 153 |
Tensor Fields | p. 155 |
Spinor Fields | p. 156 |
Total Angular Momentum Operator | p. 158 |
Irreducible Tensor Operators and Their Application | p. 160 |
Irreducible Tensor Operators | p. 160 |
Wigner-Eckart Theorem | p. 163 |
Selection Rule and Relative Intensity of Radiation | p. 164 |
Lande Factor and Zeeman Effects | p. 166 |
An Isolated Quantum n-body System | p. 169 |
Separation of the Motion of Center-of-Mass | p. 169 |
Quantum Two-body System | p. 171 |
Quantum Three-body System | p. 172 |
Quantum n-body System | p. 176 |
Exercises | p. 180 |
Symmetry of Crystals | p. 185 |
Symmetric Group of Crystals | p. 185 |
Crystallographic Point Groups | p. 187 |
Elements in a Crystallographic Point Group | p. 187 |
Proper Crystallographic Point Groups | p. 189 |
Improper Crystallographic Point Group | p. 193 |
Crystal Systems and Bravais Lattice | p. 195 |
Restrictions on Vectors of Crystal Lattice | p. 195 |
Triclinic Crystal System | p. 198 |
Monoclinic Crystal System | p. 198 |
Orthorhombic Crystal System | p. 199 |
Trigonal and Hexagonal Crystal System | p. 200 |
Tetragonal Crystal System | p. 204 |
Cubic Crystal System | p. 205 |
Space Group | p. 208 |
Symmetric Elements | p. 208 |
Symbols of a Space Group | p. 211 |
Method for Determining the Space Groups | p. 213 |
Example for the Space Groups in Type A | p. 215 |
Example for the Space Groups in Type B | p. 216 |
Analysis of the Symmetry of a Crystal | p. 218 |
Linear Representations of Space Groups | p. 220 |
Irreducible Representations of T | p. 220 |
Star of Wave Vectors and Group of Wave Vectors | p. 222 |
Representation Matrices of Elements in S | p. 224 |
Irreducible Representations of S(k[subscript 1]) | p. 225 |
The Bloch Theorem | p. 227 |
Energy Band in a Crystal | p. 228 |
Exercises | p. 229 |
Permutation Groups | p. 231 |
Multiplication of Permutations | p. 231 |
Permutations | p. 231 |
Cycles | p. 233 |
Classes in a Permutation Group | p. 234 |
Alternating Subgroups | p. 236 |
Transposition of Two Neighbored Objects | p. 237 |
Young Patterns, Young Tableaux, and Young Operators | p. 237 |
Young Patterns | p. 237 |
Young Tableaux | p. 238 |
Young Operators | p. 240 |
Fundamental Property of Young Operators | p. 242 |
Products of Young Operators | p. 244 |
Irreducible Representations of S[subscript n] | p. 246 |
Primitive Idempotents in the Group Algebra of S[subscript n] | p. 246 |
Orthogonal Primitive Idempotents of S[subscript n] | p. 249 |
Calculation of Representation Matrices for S[subscript n] | p. 253 |
Calculation of Characters by Graphic Method | p. 257 |
The Permutation Group S[subscript 3] | p. 259 |
Inner Product of Irreducible Representations of S[subscript n] | p. 261 |
Real Orthogonal Representation of S[subscript n] | p. 262 |
Outer Product of Irreducible Representations of S[subscript n] | p. 268 |
Representations of S[subscript n+m] and Its Subgroup S[subscript n multiply sign in circle] S[subscript m] | p. 268 |
Littlewood-Richardson Rule | p. 271 |
Exercises | p. 273 |
Lie Groups and Lie Algebras | p. 277 |
Lie Algebras and its Structure Constants | p. 277 |
The Global Property of a Lie Group | p. 277 |
The Local Property of a Lie Group | p. 278 |
The Lie Algebra | p. 281 |
The Killing Form and the Cartan Criteria | p. 283 |
The Regular Form of a Semisimple Lie Algebra | p. 285 |
The Inner Product in a Semisimple Lie Algebra | p. 285 |
The Cartan Subalgebra | p. 286 |
Regular Commutative Relations of Generators | p. 287 |
The Inner Product of Roots | p. 289 |
Positive Roots and Simple Roots | p. 292 |
Classification of Simple Lie Algebras | p. 295 |
Angle between Two Simple Roots | p. 295 |
Dynkin Diagrams | p. 296 |
The Cartan Matrix | p. 302 |
Classical Simple Lie Algebras | p. 302 |
The SU(N) Group and its Lie Algebra | p. 302 |
The SO(N) Group and its Lie Algebra | p. 307 |
The USp(2l) Group and its Lie Algebra | p. 309 |
Representations of a Simple Lie Algebra | p. 313 |
Representations and Weights | p. 313 |
Weight Chain and Weyl Reflections | p. 316 |
Mathematical Property of Representations | p. 319 |
Fundamental Dominant Weights | p. 320 |
The Casimir Operator of Order 2 | p. 321 |
Main Data of Simple Lie Algebras | p. 322 |
Lie Algebra A[subscript l] and Lie Group SU(l + 1) | p. 323 |
Lie Algebra B[subscript l] and Lie Group SO(2l + 1) | p. 324 |
Lie Algebra C[subscript l] and Lie Group USp(2l) | p. 325 |
Lie Algebra D[subscript l] and Lie Group SO(2l) | p. 325 |
Lie Algebra G[subscript 2] | p. 327 |
Lie Algebra F[subscript 4] | p. 327 |
Lie Algebra E[subscript 6] | p. 328 |
Lie Algebra E[subscript 7] | p. 329 |
Lie Algebra E[subscript 8] | p. 330 |
Block Weight Diagrams | p. 331 |
Chevalley Bases | p. 331 |
Orthonormal Basis States | p. 333 |
Method of Block Weight Diagram | p. 335 |
Some Representations of A[subscript 2] | p. 337 |
Some Representations of C[subscript 3] | p. 338 |
Planar Weight Diagrams | p. 342 |
Clebsch-Gordan Coefficients | p. 343 |
Representations in the CG Series | p. 344 |
Method of Dominant Weight Diagram | p. 345 |
Reductions of Direct Product Representations in A[subscript 2] | p. 347 |
Exercises | p. 350 |
Unitary Groups | p. 353 |
Irreducible Representations of SU(N) | p. 353 |
Reduction of a Tensor Space | p. 354 |
Basis Tensors in the Tensor Subspace | p. 356 |
Chevalley Bases of Generators in SU(N) | p. 362 |
Inequivalent and Irreducible Representations | p. 363 |
Dimensions of Representations of SU(N) | p. 364 |
Subduced Representations with Respect to Subgroups | p. 366 |
Orthonormal Irreducible Basis Tensors | p. 367 |
Orthonormal Basis Tensors in T[subscript mu superscript lambda] | p. 368 |
Orthonormal Basis Tensors in S[subscript n] | p. 373 |
Direct Product of Tensor Representations | p. 373 |
Outer Product of Tensors | p. 373 |
Covariant and Contravariant Tensors | p. 377 |
Traceless Mixed Tensors | p. 379 |
Adjoint Representation of SU(N) | p. 382 |
SU(3) Symmetry and Wave Functions of Hadrons | p. 383 |
Quantum Numbers of Quarks | p. 384 |
Planar Weight Diagrams | p. 386 |
Mass Formulas | p. 391 |
Wave Functions of Mesons | p. 393 |
Wave Functions of Baryons | p. 395 |
Exercises | p. 397 |
Real Orthogonal Groups | p. 399 |
Tensor Representations of SO(N) | p. 399 |
Tensors of SO(N) | p. 399 |
Irreducible Basis Tensors of SO(2l + 1) | p. 403 |
Irreducible Basis Tensors of SO(2l) | p. 408 |
Dimensions of Irreducible Tensor Representations | p. 411 |
Adjoint Representation of SO(N) | p. 414 |
Tensor Representations of O(N) | p. 415 |
[Gamma] Matrix Groups | p. 416 |
Property of [Gamma] Matrix Groups | p. 417 |
The Case N = 2l | p. 418 |
The Case N = 2l + 1 | p. 421 |
Spinor Representations of SO(N) | p. 422 |
Covering Groups of SO(N) | p. 422 |
Fundamental Spinors of SO(N) | p. 425 |
Direct Products of Spinor Representations | p. 426 |
Spinor Representations of Higher Ranks | p. 427 |
Dimensions of the Spinor Representations | p. 430 |
Rotational Symmetry in N-Dimensional Space | p. 432 |
Orbital Angular Momentum Operators | p. 432 |
Spherical Harmonic Functions | p. 432 |
Schrodinger Equation for a Two-body System | p. 434 |
Schrodinger Equation for a Three-body System | p. 435 |
Dirac Equation in (N + 1)-dimensional Space-time | p. 438 |
The SO(4) Group and the Lorentz Group | p. 444 |
Irreducible Representations of SO(4) | p. 445 |
Single-valued Representations of O(4) | p. 448 |
The Lorentz Group | p. 450 |
Irreducible Representations of L[subscript p] | p. 451 |
The Covering Group of L[subscript p] | p. 454 |
Classes of L[subscript p] | p. 456 |
Irreducible Representations of L[subscript h] | p. 457 |
Exercises | p. 459 |
The Symplectic Groups | p. 461 |
Irreducible Representations of USp(2l) | p. 461 |
Decomposition of the Tensor Space of USp(2l) | p. 461 |
Orthonormal Irreducible Basis Tensors | p. 463 |
Dimensions of Irreducible Representations | p. 468 |
Physical Application | p. 471 |
Exercises | p. 472 |
Identities on Combinatorics | p. 473 |
Covariant and Contravariant Tensors | p. 475 |
The Space Groups | p. 477 |
Bibliography | p. 481 |
Index | p. 487 |
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