Prismatic Large Models for Bosonic Tensors
arXiv:1808.04344 · doi:10.1103/PhysRevD.98.105005
Abstract
We study the symmetric quantum field theory of a bosonic tensor with sextic interactions. Its large limit is dominated by a positive-definite operator, whose index structure has the topology of a prism. We present a large solution of the model using Schwinger-Dyson equations to sum the leading diagrams, finding that for and for the spectrum of bilinear operators has no complex scaling dimensions. We also develop perturbation theory in dimensions including eight invariant operators necessary for the renormalizability. For sufficiently large , we find a "prismatic" fixed point of the renormalization group, where all eight coupling constants are real. The large limit of the resulting expansions of various operator dimensions agrees with the Schwinger-Dyson equations. Furthermore, the expansion allows us to calculate the corrections to operator dimensions. The prismatic fixed point in dimensions survives down to , where it merges with another fixed point and becomes complex. We also discuss the model where our approach gives a slightly negative scaling dimension for , while the spectrum of bilinear operators is free of complex dimensions.
37 pages, 13 figures, v2: version which appeared in Physical Review D
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