Ask the audience! Using a Personal Response System to enhance information literacy and induction sessions at Kingston University

The paper focuses on the use of a Personal Response System (PRS) as a tool for engaging students during initial library induction sessions. The Personal Response system is an interactive tool that is appropriate for a wide range of learning and teaching activities. The PRS works by each student (or group of students) responding to questions or statements using a handset. A virtual library tour created by Kingston University library staff was developed interspersed with the use of the PRS. The paper explores the background to the development of this virtual tour and the use of the PRS in information literacy sessions prior to the introduction in the library induction sessions. It reflects on the advantages of using this technology and the benefits for both staff and students

Women at Risk: Why Increasing Numbers of Women Are Failing to Get the Health Care They Need and How the Affordable Care Act Will Help

Presents findings from the 2010 Biennial Health Insurance Survey about rates of uninsurance and care delayed due to cost among women, as well as obstacles faced in the individual market. Examines how reform provisions will change their access to coverage

Rite of Passage: Young Adults and the Affordable Care Act of 2010

Provides an annual update on the insurance status of young adults age 19 to 29. Explains provisions in the 2010 healthcare reform that will expand coverage, including allowing children to remain on parents' plans up to age 26 and expanding Medicaid

Realizing Health Reform's Potential: Young Adults and the Affordable Care Act of 2010

Outlines the 2010 healthcare reform provisions that will benefit young adults, including expanded eligibility for dependent coverage and Medicaid, new preexisting condition insurance plans, and premium subsidies. Estimates effects on coverage rates

η\eta and η′\eta^\prime masses and decay constants

We present preliminary results for the masses and decay constants of the $\eta$ and $\eta^\prime$ mesons using CLS $N_f = 2+1$ ensembles. One of the major challenges in these calculations are the large statistical fluctuations due to disconnected quark loops. We tackle these by employing a combination of noise reduction techniques which are tuned to minimize the statistical error at a fixed cost. On the analysis side we carefully assess excited states contributions by using a direct fit approach.Comment: 8 pages, 7 figures, talk presented at the 35th International Symposium on Lattice Field Theory, 18-24 June 2017, Granada, Spain. v2: corrected axis labe