Last modified: Thu 5 January 12:01:19 GMT 2017

Welcome Study @ MIC St. Patrick's Campus Thurles Faculties & Departments Research & Grad School International Students

Postgraduate studies at MIC

Staff Research Fields and Research Options

Postgraduate supervision is available in the following specialist areas:

Mathematics: Commutative Algebra, Algebraic Geometry, Complex Analysis, Homological Algebra
Computer Studies: Applying Computer Algebra software to problems in Algebra or Algebraic Geometry

Algebraic Geometry is one of the oldest of the classical mathematical disciplines. Traditionally, it deals with the study of algebraic varieties, that is, the solution sets of (systems of) polynomial equations. There are deep connections with various other areas of mathematics and theoretical physics, such as complex analysis, number theory, homological algebra, topology, differential geometry or string theory. This interaction makes algebraic geometry a highly dynamic subject and relevant for many "real world" problems.

The development of algebraic geometry during the past centuries was influenced by different schools, each of them using a different language. In the second half of the previous century, the foundations of algebraic geometry were completely reformulated. Commutative algebra was established as a solid basis for geometric considerations; the language of schemes, vector bundles and sheaf cohomology was introduced. This has led to a unified language, many new results and a deeper understanding of classical ones; it has allowed simplification of proofs as well as substantial generalisation of results.

In algebraic geometry, the computer has become an increasingly important tool for complicated calculations. Computer algebra is concerned with the development of efficient algorithms and their implementation. It emerged in the 1970's and gained popularity via computer algebra systems such as Macsyma, Reduce, Maple, Mathematica, MuPAD, etc. The special purpose computer algebra systems SINGULAR, and Macaulay have been designed for computations in commutative algebra, algebraic geometry and singularity theory. They are freely available and can be applied to a variety of problems in modern algebraic geometry.

More detailed information is available from Dr. Bernd Kreussler

e-mail: Bernd.Kreussler@mic.ul.ie
phone: 061 – 204578
office: LG6
Mary Immaculate College, South Circular Road, Limerick, Ireland, Tel: +35361 204300