We explore the constraints which can be derived on Wilson coefficients in the Standard Model Effective Field Theory from dilepton production, notably including the constraints on operators which do not lead to cross sections growing with energy relative to the Standard Model rate, i.e. shifts. We incorporate essential theory error estimates from higher EFT orders in the analysis in order to provide robust bounds. We find that constraints on four-fermion operator contributions which do grow with energy are not materially weakened by the inclusion of these shifts, and that a constraint on the shifts can also be derived, with a characteristic strength comparable to, and a directionality in parameter space complementary to, those from LEP data. This completes the study of hadronically-quiet dilepton production in the SMEFT, and provides two new constraints which are linearly independent from others arising at the LHC and also rotated in Wilson coefficient space relative to, though not completely independent from, the LEP bounds.
The ground state of an antiferromagnetic Heisenberg model on L X L clusters joined by a single bond and balanced Bethe clusters are investigated with quantum Monte Carlo and mean field theory. The improved Monte Carlo method of Sandvik and Evertz is used and the observables include valence bond and loop valence bond observables introduced by Lin and Sandvik as well as the valence bond entropy and the second Renyi entropy. For the bisecting of the Bethe cluster, in disagreement with our previous results and in agreement with mean field theory, the valence loop entropy and the second Renyi entropy scale as the log of the number of sites in the cluster. For bisecting the L X L -L X L clusters, all the observables appear to scale as L in agreement with our previous results. This is in disagreement with a straight forward application of the area law.
multicenter feasibility trial of myofascial physical therapy for the treatment of urological chronic pelvic pain syndromes. J Urol. 2013:189(1 suppl):S75-S85. Few randomized controlled trials involving physical therapy to manage urologic chronic pelvic pain syndrome (UCPPS) have been completed. To determine whether physical therapy for the management of UCPPS is feasible, the authors conducted a multicenter, single-blinded randomized controlled trial comparing the effects of myofascial physical therapy (MPT) and global therapeutic massage (GTM) in patients with UCPPS or interstitial cystitis. Patients (23 men [49%], 24 women [51%]; median age [range], 43 [22-76] years) from 6 clinical centers were randomly assigned to a GTM group or an MPT group. The GTM group received a full-body Western massage that was applied to the upper and lower limbs, trunk, buttocks, abdomen, head,
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