ModMax Oscillators and Root--Like Flows in Supersymmetric Quantum Mechanics
arXiv:2306.14575 · doi:10.1103/PhysRevD.108.046013
Abstract
We construct a deformation of any -dimensional theory of bosons with symmetry which is driven by a function of conserved quantities that resembles the root- operator of quantum field theories. In the special case of bosons and a harmonic oscillator potential, the solution to the flow equation is the ModMax oscillator of arXiv:2209.06296. We argue that the deforming operator is related, in a particular special regime, to the dimensional reduction of the root- operator on a spatial circle. It follows that the ModMax oscillator is a dimensional reduction of the ModMax theory to quantum mechanics, justifying the name. We then show how to construct a manifestly supersymmetric extension of this root--like operator for any -dimensional theory with symmetry and supersymmetry by defining a flow equation directly in superspace.
arXiv comment53 pages; LaTeX; v2: typos corrected, comments added; v3: published version
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