Differential Geometry
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Beschreibung
This textbook provides a concise introduction to the differential geometry of curves and surfaces in three-dimensional space, tailored for undergraduate students with a solid foundation in mathematical analysis and linear algebra.
The book emphasizes the geometric content of the subject, aiming to quickly cover fundamental topics such as the isoperimetric inequality and the Gauss–Bonnet theorem. This approach allows the author to extend beyond the typical content of introductory books and include additional important geometric results, such as curves and surfaces of constant width, the classification of complete surfaces of non-negative constant curvature, and Hadamard's theorem on surfaces of non-positive curvature. This range of topics offers greater variety for an introductory course.
This textbook provides a concise introduction to the differential geometry of curves and surfaces in three-dimensional space, tailored for undergraduate students with a solid foundation in mathematical analysis and linear algebra.
The book emphasizes the geometric content of the subject, aiming to quickly cover fundamental topics such as the isoperimetric inequality and the Gauss–Bonnet theorem. This approach allows the author to extend beyond the typical content of introductory books and include additional important geometric results, such as curves and surfaces of constant width, the classification of complete surfaces of non-negative constant curvature, and Hadamard's theorem on surfaces of non-positive curvature. This range of topics offers greater variety for an introductory course.
presents intuitive explanations and elementary methods, making it ideal for students with diverse backgrounds offers exercises that range from challenging students to reinforcing their learning of key concepts clear guidance on navigating the content enables instructors to adapt the course to meet their students' needs
Autor*in
Paulo Ventura Araújo
Themen in »Differential Geometry«
Curves and Surfaces Gaussian Differential Geometry Smooth manifolds Global Differential Geometry Riemannian Geometry Curvature Isometries Gauss-Bonnet theorem Gauss Egregious theorem Orientability Geodesics Surfaces of revolution Spherical triangles Girards formula Differential Equations