Current (mathematics)
In mathematics, more particularly in functional analysis, differential topology, and geometric measure theory, a k-current in the sense of Georges de Rham is a functional on the space of compactly supported differential k-forms, on a smooth manifold M. Formally currents behave like Schwartz distributions on a space of differential forms. In a geometric setting, they can represent integration over a submanifold, generalizing the Dirac delta function, or more generally even directional derivatives of delta functions (multipoles) spread out along subsets of M.
Read more about Current (mathematics): Definition, Homological Theory, Topology and Norms, Examples
Famous quotes containing the word current:
“If the current is right, one can drift to success.”
—Mason Cooley (b. 1927)