## Infinitely Divisible Matrices, Kernels, and Functions |

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00 Theorem Chapter choice of arguments completely monotonic function completely monotonic sequence conformal mapping consistent choice continuous function continuous kernel Conversely Corollary cp(x Cq(S define diagonal difference quotient direct product divisible characteristic function divisible completely monotonic divisible positive definite dM(t dM(x dp(t dv(s dv(t equivalent finite function f graph Green's function Hermitian Hilbert space ij i,j=l implies incidence matrix inequality infinitely divisible characteristic infinitely divisible completely infinitely divisible kernels infinitely divisible positive integer interpolation problem irreducible component kernel K(x,y Krein-Milman theorem Lemma Let K(P,Q Let K(x,y limiting argument Loewner Lq(S n x n matrix nodes nonnegative quadratic form Pick's theorem polynomial principally infinitely divisible probability measure dp Proof prove real valued representation formula Schur product theorem semigroup stochastic process symmetric matrix teristic function Theorem 2.2 three point property unit disc univalent analytic function