Representation Theory
Lie Groups
Matrix Lie Groups
- Matrix Lie Groups
- General Linear Group $\operatorname{GL}(n, \mathbb{R})$
- Orthogonal Group $\operatorname{O}(n)$
- Unitary Group $\mathrm{U}(n)$
- Symplectic Group $\operatorname{Sp}(n, \mathbb{R})$
- Euclidean group $\operatorname{E}(n)$
- Heisenberg Group $H$
Topological Properties
Lie Algebras
- Algebra on Fields
- Lie Algebra $\mathfrak{g}$
- 🔒(26/09/30)리 대수의 표현 $\pi : \mathfrak{g} \to \mathfrak{gl}(V)$
- Structure Constants of Lie Algebras
- Direct Sum of Lie Algebras $\mathfrak{g} = \mathfrak{g}_{1} \oplus \mathfrak{g}_{2}$
- Adjoint map $\operatorname{ad}$
- 🔒(26/10/04)킬링 폼 $B(X, Y) = \trace(\ad_{X} \circ \ad_{Y})$
- 🔒(26/10/02)리 대수의 사다리 연산자
- Lie Algebra of the Lie Group of Matrices
Representations
- Representation of Groups $\rho : G \to \operatorname{GL}(V)$
- Equivariant Map of Group Representations
- 🔒(26/10/10)얽힘 사상
- Irreducible Representations of Groups
- Direct Sum of Group Representations $\rho = \rho_{1} \oplus \rho_{2}$
Main References
- William Fulton and Joe Harris. Representation Theory: A First Course (2004)
- Brian C. Hall. Lie Groups, Lie Algebras, and Representations (2nd)
All posts
- Lie Groups
- General Linear Group
- Unitary Group
- Special Linear Group
- Orthogonal Group
- Special Unitary Group
- Representation of Groups
- Equivariant Map of Group Representations
- Topological Group
- Irreducible Representations of Groups
- Special Orthogonal Group
- Group Algebra
- Direct Sum of Group Representations
- Matrix Lie Groups
- Connected Lie Group
- Generalized Orthogonal Group
- Symplectic Group
- Euclidean group
- Heisenberg Group
- Compact Lie Group
- Lie Algebra
- Lie subalgebra
- Lie Algebra Isomorphism
- Adjoint map
- Compact Symplectic Group
- Simply Connected Lie Groups
- Lie Algebra of the Lie Group of Matrices
- Special Linear Lie Algebra
- Direct Sum of Lie Algebras
- Structure Constants of Lie Algebras
