Mathematics for Physicists
-10%
portes grátis
Mathematics for Physicists
Introductory Concepts and Methods
Altland, Alexander; von Delft, Jan
Cambridge University Press
02/2019
720
Dura
Inglês
9781108471220
15 a 20 dias
1700
Descrição não disponível.
Preface; Part I. Linear Algebra: 1. Mathematics before numbers; 2. Vector spaces; 3. Euclidean geometry; 4. Vector product; 5. Linear maps; 6. Determinants; 7. Matrix diagonalization; 8. Unitarity and hermiticity; 9. Linear algebra in function spaces; 10. Multilinear algebra; Problems: linear algebra; Part II. Calculus: 1. Differentiation of one-dimensional functions; 2. Integration of one-dimensional functions; 3. Partial differentiation; 4. Multi-dimensional integration; 5. Taylor series; 6. Fourier calculus; 7. Differential equations; 8. Functional calculus; 9. Calculus of complex functions; Problems: calculus; Part III. Vector Calculus: 1. Curves; 2. Curvilinear coordinates; 3. Fields; 4. Introductory concepts of differential geometry; 5. Alternating differential forms; 6. Riemannian differential geometry; 7. Case study: differential forms and electrodynamics; Problems: vector calculus; Solutions: linear algebra; Solutions: calculus; Solutions: vector calculus; Index.
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Preface; Part I. Linear Algebra: 1. Mathematics before numbers; 2. Vector spaces; 3. Euclidean geometry; 4. Vector product; 5. Linear maps; 6. Determinants; 7. Matrix diagonalization; 8. Unitarity and hermiticity; 9. Linear algebra in function spaces; 10. Multilinear algebra; Problems: linear algebra; Part II. Calculus: 1. Differentiation of one-dimensional functions; 2. Integration of one-dimensional functions; 3. Partial differentiation; 4. Multi-dimensional integration; 5. Taylor series; 6. Fourier calculus; 7. Differential equations; 8. Functional calculus; 9. Calculus of complex functions; Problems: calculus; Part III. Vector Calculus: 1. Curves; 2. Curvilinear coordinates; 3. Fields; 4. Introductory concepts of differential geometry; 5. Alternating differential forms; 6. Riemannian differential geometry; 7. Case study: differential forms and electrodynamics; Problems: vector calculus; Solutions: linear algebra; Solutions: calculus; Solutions: vector calculus; Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
