This is followed by a range of current topics such as multilinear algebra
, matrix polynomials and equations, perturbation theory, pseudospectra, inverse problems, integral domains, and spectral sets, among many others.
VLAMOS, The q-numerical range of matrix polynomials, Linear and Multilinear Algebra, 47 (2000), pp.
TSATSOMEROS, On the stability radius ofmatrix polynomials, Linear and Multilinear Algebra, 50 (2002), pp.
RODMAN, A generalized numerical range: a range of a constrained sesquilinear form, Linear and Multilinear Algebra, 37 (1994), pp.
In mathematical physics, a Geometric Algebra is a multilinear algebra
described technically as a Clifford algebra over a real vector space equipped with a non-degenerate quadratic form.
This time it was decided to expand the scope by including some further topics related to interpolation, such as inequalities, invariant theory, symmetric spaces, operator algebras, multilinear algebra
and division algebras, operator monotonicity and convexity, functional spaces and applications and connections of these topics to nonlinear partial differential equations, geometry, mathematical physics, and economics.
13] The Hadwin Lunch Bunch, Local multiplications on algebras spanned by idempotents, Linear Multilinear Algebra
, 37(1994), 259-263.
Linear and Multilinear Algebra
He emphasizes specifics such as basic number theory, polynomials, and finite fields, as well as linear and multilinear algebra