TheoremBase

The Wick-Square Potential Relative to a Diagonal Gaussian Measure

The Wick-square potential with variances c and couplings beta is the sum over coordinates of betaibeta_i times xix_i squared minus cic_i: each square with its mean under the diagonal Gaussian measure removed.

Statement

In the settings of The Real Numbers: Standing Notation and Background and The Intrinsic Calculus on the Wasserstein Space: Standing Notation, let cc be a variance vector and let β=(β1,…,βd)∈Rd\beta=(\beta_{1},\dots,\beta_{d})\in\mathbb{R}^{d}.

(The Wick-square potential) The Wick-square potential with variances cc and couplings β\beta is the function

Vc,β:Rd→R,Vc,β(x)=∑i=1dβi(xi2−ci).V_{c,\beta}:\mathbb{R}^{d}\to\mathbb{R},\qquad V_{c,\beta}(x)=\sum_{i=1}^{d}\beta_{i}\bigl(x_{i}^{2}-c_{i}\bigr).

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