Algebra Math

Algebra

Algebra is a branch of mathematics that uses letters or other symbols to represent unknown quantities, called variables. These variables and number values are combined to form equations. Also, covered in this topic is set theory or what constitutes a grouping of numbers.

• Top/Computers/Algorithms/Computational Algebra

• - An introduction with math and a little history intended for those having a familiarity with ordinary real numbers and algebra.
  
• - Compiled by G. Gratzer.
  
• - Lecture notes by David Wilkins, Trinity College, Dublin. Topics in Number Theory; Group Theory; Galois Theory.
  
• - A weekly interactive project for algebra on the Internet. Challenging problems are posted and solutions appear on the Web.
  
• - Explicit n-dimensional homogeneous matrices for projection, dilation, reflection, shear, strain, rotation and other familiar transformations.
  
• - An online course to get to grips with 3D vectors. Most of the material is about UK A-level difficulty.
  
• - Summary of and links to online materials concerning algebraic systems: semigroups, groups, rings, algebras, groupoids, and categories.
  
• - Tailored help for students in Algebra.
  
• - A site for the commutative algebra community, including news, conference and preprint announcements, and a huge list of algebraists.
  
• - Topics include number theory, groups and sets, commutative rings, algebraic geometry, and linear algebra.
  
• - By Gabriele Nebe and Neil Sloane.
  
• - Andrew Baker, University of Glasgow.
  
• - Mailing list for use by the Universal Algebra community. Universal Algebra is a technical branch of mathematics related to algebra and model theory.
  
• - Contains many of the definitions and theorems from the area of mathematics generally called abstract algebra. Intended for undergraduate students taking an abstract algebra class at the junior/senior level, as well as for students taking their first gradu
  
• - An HTML-based book by Arjeh M. Cohen, Hans Cuypers and Hans Sterk. It focuses on an algorithmic approach to algebraic structures. Many of these tools and examples use the computer algebra package GAP. Site has samples and errata.
  
• - A forum for students on abstract algebra and linear algebra.
  
• - Enter the world of 8 and 16 dimensional hypercomplex numbers and discover that the laws that we take as granted do not always hold.
  
• - Includes preprints and course notes on Group Theory, Fields and Galois Theory, Algebraic Geometry, Algebraic Number Theory,Modular Functions and Modular Forms, Elliptic Curves, Abelian Varieties, Etale Cohomology, and Class Field Theory.
  
• - Jean Baillie, Department of Computer Science, University of Hertfordshire.
  
• - Paul Garrett's detailed and comprehensive lecture notes in abstract algebra.
  
• - Manuscripts and Publications.
  
• - Information on representation theory of finite dimensional algebras. Papers, meetings, places, people, jobs, journals, software.
  
• - From Spartanburg County School District Two.
  
• - Robert R. Bruner, Wayne State University. Tables in PS or GIF formats.
  
• - Includes information about the Ribbon Rule, as well as link about symmetric functions and representation theory.
  
• - An introduction to boolean algebra from the perspective of electronic engineering.
  
• - A web text by William McCune describing the solution of this problem by a theorem-proving program, with input files and the proofs.
  
  

• Usenet sci.math.symbolic - news: - Google Groups
• Usenet alt.algebra.help - news: - Google Groups

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