Spectroscopic Study of Ionic Solvation: the Effects of Steric Crowding and Matrix Fluidity on Matrix .Solvation Spectra

Chemistr

Panel IV: The Appropriations Power and the Necessary and Proper Clause

We are going to talk about some of the coercive aspects that the Constitution, in a sense, gives to the Congress, because there are some constitutional powers given to the Congress which directly relate to how the executive branch does its job

NASA Constellation Distributed Simulation Middleware Trade Study

This paper presents the results of a trade study designed to assess three distributed simulation middleware technologies for support of the NASA Constellation Distributed Space Exploration Simulation (DSES) project and Test and Verification Distributed System Integration Laboratory (DSIL). The technologies are the High Level Architecture (HLA), the Test and Training Enabling Architecture (TENA), and an XML-based variant of Distributed Interactive Simulation (DIS-XML) coupled with the Extensible Messaging and Presence Protocol (XMPP). According to the criteria and weights determined in this study, HLA scores better than the other two for DSES as well as the DSIL

Finite size scaling for quantum criticality using the finite-element method

Finite size scaling for the Schr\"{o}dinger equation is a systematic approach to calculate the quantum critical parameters for a given Hamiltonian. This approach has been shown to give very accurate results for critical parameters by using a systematic expansion with global basis-type functions. Recently, the finite element method was shown to be a powerful numerical method for ab initio electronic structure calculations with a variable real-space resolution. In this work, we demonstrate how to obtain quantum critical parameters by combining the finite element method (FEM) with finite size scaling (FSS) using different ab initio approximations and exact formulations. The critical parameters could be atomic nuclear charges, internuclear distances, electron density, disorder, lattice structure, and external fields for stability of atomic, molecular systems and quantum phase transitions of extended systems. To illustrate the effectiveness of this approach we provide detailed calculations of applying FEM to approximate solutions for the two-electron atom with varying nuclear charge; these include Hartree-Fock, density functional theory under the local density approximation, and an "exact"' formulation using FEM. We then use the FSS approach to determine its critical nuclear charge for stability; here, the size of the system is related to the number of elements used in the calculations. Results prove to be in good agreement with previous Slater-basis set calculations and demonstrate that it is possible to combine finite size scaling with the finite-element method by using ab initio calculations to obtain quantum critical parameters. The combined approach provides a promising first-principles approach to describe quantum phase transitions for materials and extended systems.Comment: 15 pages, 19 figures, revision based on suggestions by referee, accepted in Phys. Rev.

The Fundamental Value of Presence in Peer and Mutual Support: Observations from Telephone Support for High Risk Groups

“Being there” takes on considerable importance amidst recognition of the substantial deleterious effects of social isolation and loneliness. In particular, presence/ “being there” may be important features of the many contributions of peer and mutual support to health and wellbeing. This study examined how peer support may enhance a sense of presence based on a) contact data for years 2015-2016 from telephonic peer support services of Rutgers University Behavioral Health Care, and b) structured interviews with peer supporters and clients of these programs. Features of peer support that convey presence include a) 24/7 availability, b) structure of peer support around shared cultural roles – e.g., “Cop2Cop,” “Mom2Mom,” rather than shared diagnoses, c) training of supporters to provide a setting for open expression of feelings, and d) structural features such as IT systems that facilitate continuity by enabling those answering a call readily to refer to previous calls. Impacts include client reports of being understood, not being judged, and being cared for through routine follow-up, even though contact such as voicemails. Managers and peer supporters should recognize the diverse organizational and processes that convey presence/ “being there” and its central importance in peer and mutual support

The Fundamental Value of Presence in Peer and Mutual Support: Observations from Telephone Support for High Risk Groups

“Being there” takes on considerable importance amidst recognition of the substantial deleterious effects of social isolation and loneliness. In particular, presence/ “being there” may be important features of the many contributions of peer and mutual support to health and wellbeing. This study examined how peer support may enhance a sense of presence based on a) contact data for years 2015-2016 from telephonic peer support services of Rutgers University Behavioral Health Care, and b) structured interviews with peer supporters and clients of these programs. Features of peer support that convey presence include a) 24/7 availability, b) structure of peer support around shared cultural roles – e.g., “Cop2Cop,” “Mom2Mom,” rather than shared diagnoses, c) training of supporters to provide a setting for open expression of feelings, and d) structural features such as IT systems that facilitate continuity by enabling those answering a call readily to refer to previous calls. Impacts include client reports of being understood, not being judged, and being cared for through routine follow-up, even though contact such as voicemails. Managers and peer supporters should recognize the diverse organizational and processes that convey presence/ “being there” and its central importance in peer and mutual support

Background and rationale for the Society of Behavioral Medicine’s position statement: expand United States health plan coverage for diabetes self-management education and support

The Society of Behavioral Medicine (SBM) recognizes that diabetes self-management (DSM) education and support are fundamental to teaching people how to manage their diabetes and decrease disease-related complications. Implementation of the Patient Protection and Affordable Care Act provides an opportunity to expand DSM education and support to many people who are currently excluded from such services due to lack of insurance coverage, current policy barriers, or simple failure of healthcare systems to provide them. Extending the range and provision of such services could translate into reduced diabetic complications, a reduction in unnecessary healthcare utilization, and significant health-related cost savings on a national level. SBM recommends that public and private insurers be required to reimburse for 12 h of DSM education and support annually for anyone with diabetes. Further, SBM recognizes that a range of modes and providers of DSM education and support have been shown effective, and that patient preferences and resources may influence choice. To address this, SBM urges health organizations to increase and diversify approaches toward DSM education and support they offer