A ridiculously simple and explicit implicit function theorem.
Maxmaxflow and counting subgraphs.
Noncommutative determinants, Cauchy-Binet formulae, and Capelli-type identities. I: Generalizations of the Capelli and Turnbull identities.
When is a Riesz distribution a complex measure?
Let be the Riesz distribution on a simple Euclidean Jordan algebra, parametrized by . I give an elementary proof of the necessary and sufficient condition for to be a locally finite complex measure (= complex Radon measure).
An alternate constructive approach to the quantum field theory, and a possible destructive approach to
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