Recently it was shown that the scaling dimension of the operator φn in λ(φ¯φ)2 theory may be computed semiclassically at the Wilson-Fisher fixed point in d=4-ϵ, for generic values of λn, and this was verified to two loop order in perturbation theory at leading and subleading n. This result was subsequently generalized to operators of fixed charge Q in O(N) theory and verified up to four loops in perturbation theory at leading and subleading Q. More recently, similar semiclassical calculations have been performed for the classically scale-invariant U(N)×U(N) theory in four dimensions, and verified up to two loops, once again at leading and subleading Q. Here we extend this verification to four loops. We also consider the corresponding classi...
Abstract The scaling dimensions of charged operators in conformal field theory have recently been pr...
We calculate the anomalous dimensions of operators with large global charge J in certain strongly co...
We construct an efficient Monte Carlo algorithm that overcomes the severe signal-to-noise ratio prob...
Recently it was shown that the scaling dimension of the operator φn in λ(φ¯φ)2 theory may be compute...
Recently it was shown that the scaling dimension of the operator φn in scale invariant d=3 theory ma...
We go beyond a systematic review of the semiclassical approaches for determining the scaling dimensi...
We determine, for the first time, the scaling dimensions of a family of fixed-charge operators stemm...
The O(N) model with scalar quartic interactions at its ultraviolet fixed point, and the O(N) model w...
We study the scaling dimension Delta(phi n) of the operator phi(n) where phi is the fundamental comp...
A technique of large-charge expansion provides a novel opportunity for calculation of critical dimen...
We apply a fully automated extension of the R∗ operation capable of calculating higher-loop anomalou...
We apply the large-charge expansion to O(N) vector models starting from first principles, focusing o...
The $O(N)$ model with scalar quartic interactions at its ultraviolet fixed point, and the $O(N)$ mod...
We investigate the analytic properties of the fixed charge expansion for a number of conformal fiel...
We study large charge sectors in the O(N) model in 6 − ϵ dimensions. For 4 < d < 6, in perturbation ...
Abstract The scaling dimensions of charged operators in conformal field theory have recently been pr...
We calculate the anomalous dimensions of operators with large global charge J in certain strongly co...
We construct an efficient Monte Carlo algorithm that overcomes the severe signal-to-noise ratio prob...
Recently it was shown that the scaling dimension of the operator φn in λ(φ¯φ)2 theory may be compute...
Recently it was shown that the scaling dimension of the operator φn in scale invariant d=3 theory ma...
We go beyond a systematic review of the semiclassical approaches for determining the scaling dimensi...
We determine, for the first time, the scaling dimensions of a family of fixed-charge operators stemm...
The O(N) model with scalar quartic interactions at its ultraviolet fixed point, and the O(N) model w...
We study the scaling dimension Delta(phi n) of the operator phi(n) where phi is the fundamental comp...
A technique of large-charge expansion provides a novel opportunity for calculation of critical dimen...
We apply a fully automated extension of the R∗ operation capable of calculating higher-loop anomalou...
We apply the large-charge expansion to O(N) vector models starting from first principles, focusing o...
The $O(N)$ model with scalar quartic interactions at its ultraviolet fixed point, and the $O(N)$ mod...
We investigate the analytic properties of the fixed charge expansion for a number of conformal fiel...
We study large charge sectors in the O(N) model in 6 − ϵ dimensions. For 4 < d < 6, in perturbation ...
Abstract The scaling dimensions of charged operators in conformal field theory have recently been pr...
We calculate the anomalous dimensions of operators with large global charge J in certain strongly co...
We construct an efficient Monte Carlo algorithm that overcomes the severe signal-to-noise ratio prob...