/  Mathematics Books /  Differential Algebra Books / 

Differential Algebra and Applications

Differential Algebra and Applications

Differential Algebra and Applications

This note explains the following topics, Differential algebra, Torus actions, Scaling symmetries of dynamical systems, Scaling symmetries of PDEs.

Author(s):

s50 Pages
Similar Books
Differential algebra ordered fields and model theory

Differential algebra ordered fields and model theory

This note explains the folloing topics, model theory, differential fields and ordered fields, Stellensatze, Differential galois theory, Definable types and VC density.

s103 Pages
Differential Geometry by Balazs Csikos

Differential Geometry by Balazs Csikos

The aim of this textbook is to give an introduction to differential geometry. Topics covered includes, Categories and Functors, Linear Algebra, Geometry, Topology, Multivariable Calculus, Ordinary Differential Equations, The Notion of a Curve, The Length of a Curve, Plane Curves, Osculating Spheres, Hypersurfaces in R n, Manifolds, Differentiation of Vector Fields and Integration of Differential Forms.

s354 Pages
Differential Graded Algebra

Differential Graded Algebra

This note covers the following topics, Conventions, Differential graded algebras, Differential graded modules, The homotopy category, Cones, Admissible short exact sequences, Distinguished triangles, Cones and distinguished triangles, The homotopy category is triangulated, Projective modules over algebras, Injective modules over algebras, Presolutions, Iresolutions, The derived category, The canonical deltafunctor, Linear categories, Graded categories, Differential graded categories, Obtaining triangulated categories, Tensor product, 24. Derived tensor product, Variant of derived tensor product, Characterizing compact objects and Equivalences of derived categories.

s57 Pages
Asymptotic Differential Algebra

Asymptotic Differential Algebra

This note introduces both, state some of their basic properties, and explain connections to ominimal structures. Also describe a common algebraic framework for these examples, the category of Hfields. This unified setting leads to a better understanding of Hardy fields and transseries from an algebraic and modeltheoretic perspective.

s38 Pages