HONOSCA IN AN ADOLESCENT PSYCHIATRIC INPATIENT UNIT: AN EXPLORATION OF OUTCOME MEASURES

Routine Outcome Measures (ROM) are important tools, increasingly used to assess both patient progress and service-provider efficacy. The Health of the Nation Outcome Scales for Children and Adolescents (HoNOSCA) is a clinician- and patient-rated ROM which summarises a patient’s global functioning within behaviour, impairment, symptoms and social domains. Recent literature suggests that consistent disparity exists between the patients’ self-ratings and the clinicians’ ratings on HoNOSCA. We analysed HoNOSCA data for our own adolescent inpatient unit and report similar findings. Studies have also shown significant differences in both physical and mental health outcomes based on the patient-clinician dynamic and effective communication. We thus investigated the predictive utility of the two HoNOSCA scores, and the disparity between them, with respect to other outcomes measures (CGAS, length of stay and improvement on HoNOSCA). HoNOSCA disparity scores were significantly associated with both patient- and clinician-rated HoNOSCA improvement scores. Moreover, higher admission HoNOSCA scores were associated with greater HoNOSCA improvement scores, for both patient and clinician ratings. We report admission and discharge HoNOSCA scores comparable to other child and adolescent psychiatric inpatient facilities

Higgs self-coupling in the MSSM and NMSSM after the LHC Run 1

Measuring the Higgs self-coupling is one of the crucial physics goals at the LHC Run-2 and other future colliders. In this work, we attempt to figure out the size of SUSY effects on the trilinear self-coupling of the 125 GeV Higgs boson in the MSSM and NMSSM after the LHC Run-1. Taking account of current experimental constraints, such as the Higgs data, flavor constraints, electroweak precision observables and dark matter detections, we obtain the observations: (1) In the MSSM, the ratio of $\lambda^{MSSM}_{3h}/\lambda^{SM}_{3h}$ has been tightly constrained by the LHC data, which can be only slightly smaller than 1 and minimally reach 97\%; (2) In the NMSSM with $\lambda<0.7$, a sizable reduction of $\lambda^{NMSSM}_{3h_2}/\lambda^{SM}_{3h_2}$ can occur and minimally reach 10\% when the lightest CP-even Higgs boson mass $m_{h_1}$ is close to the SM-like Higgs boson $m_{h_2}$ due to the large mixing angle between the singlet and doublet Higgs bosons; (3) In the NMSSM with $\lambda>0.7$, a large enhancement or reduction $-1.1<\lambda^{NMSSM}_{3h_1}/\lambda^{SM}_{3h_1}<2$ can occur, which is accompanied by a sizable change of $h_1\tau^+\tau^-$ coupling. The future colliders, such as the HL-LHC and ILC, will have the capacity to test these large deviations in the NMSSM.Comment: 28 pages, discussions and references added, matched to journal versio

Transient quantum transport in double-dot Aharonov-Bohm interferometers

Real-time nonequilibrium quantum dynamics of electrons in double-dot Aharonov-Bohm (AB) interferometers is studied using an exact solution of the master equation. The building of the coherence between the two electronic paths shows up via the time-dependent amplitude of the AB oscillations in the transient transport current, and can be enhanced by varying the applied bias on the leads, the on-site energy difference between the dots and the asymmetry of the coupling of the dots to the leads. The transient oscillations of the transport current do not obey phase rigidity. The circulating current has an anti-symmetric AB oscillation in the flux. The non-degeneracy of the on-site energies and the finite bias cause the occupation in each dot to have an arbitrary flux dependence as the coupling asymmetry is varied.Comment: 11 pages, 5 figure