Physics – Mathematical Physics
Scientific paper
2002-12-10
Computer Physics Communications 170 (2005) 115-130
Physics
Mathematical Physics
18 pages, homepage of BIGEBRA : http://math.tntech.edu/rafal/
Scientific paper
10.1016/j.cpc.2005.04.001
Hopf algebraic structures will replace groups and group representations as the leading paradigm in forthcoming times. K-theory, co-homology, entanglement, statistics, representation categories, quantized or twisted structures as well as more geometric topics of invariant theory, e.g., the Grassmann-Cayley bracket algebra are all covered by the Hopf algebraic framework. The new branch of 'experimental mathematics' allows one to easily enter these fields through direct calculations using symbolic manipulation and computer algebra system (CAS). We discuss problems which were solved when building the BIGEBRA package for Maple and CLIFFORD [see math-ph/0212031] to handle tensor products, Grassmann and Clifford algebras, coalgebras and Hopf algebras. Recent results showing the usefulness of CAS for investigating new and involved mathematics provide us with examples. An outlook on further developments is given.
Ablamowicz Rafal
Fauser Bertfried
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