Three in Ten Rural and Urban Medicaid Recipients May Be Affected by Potential Work Requirements

In this fact sheet, authors Andrew Schaefer and Jessica Carson explore whether rural and urban Medicaid recipients would be differentially affected by a work requirement. They focus on Medicaid recipients through a rural/urban lens because rural adults differ from their urban counterparts on a host of demographic characteristics. They report that about three in ten Medicaid recipients could be affected by a work requirement, a share that is similar in rural and urban places. Among Medicaid recipients potentially affected by a work requirement, the majority worked at least part of the previous year or were motivated to work but could not find a job, a share that is slightly higher in rural places than in urban. The especially high share of those already working or looking for work in rural places may warrant additional consideration from legislators representing rural areas. In both rural and urban places, legislators should consider whether the consequences to families losing health insurance coverage outweigh the relative benefits of enforcing work requirements

Cause for Optimism? Child Poverty Declines for the First Time Since Before the Great Recession

New data released on September 18, 2014, by the U.S. Census Bureau indicate that child poverty fell by 0.4 percentage point between 2012 and 2013, to 22.2 percent. Though still significantly higher than in 2007 when the Great Recession hit (18.0 percent), and higher than at its conclusion (20.0 percent) in 2009, the decline from 2012 may be cause for optimism. Estimates suggest the number of poor children declined by roughly 300,000 between 2012 and 2013

2016 Child Poverty Rate Sees Largest Decline Since Before Great Recession

Child poverty declined by 1.2 percentage points between 2015 and 2016, according to analyses of the official poverty measure (OPM) in the latest American Community Survey

Overall Declines in Child Poverty Mask Relatively Stable Rates Across States

In this brief, authors Andrew Schaefer, Jessica Carson, and Marybeth Mattingly use Census data released on September 15, 2016, from the American Community Survey--the only regular source for estimating yearly child poverty rates at, and below, the state level--to examine child poverty rates across the United States by place type, region, and state. They report that between 2014 and 2015, child poverty declined nationwide across rural areas, suburbs, and cities. As before, cities had the highest child poverty, followed closely by rural areas. Suburbs had the lowest rates. In thirteen states, child poverty declined since 2014; only Mississippi saw an increase since 2014, and the remaining thirty-six states and the District of Columbia had stable rates. Mississippi, New Mexico, and Louisiana had exceptionally high child poverty rates, each over 28 percent. New Hampshire child poverty was among the lowest nationwide, at 10.7 percent. It is important to keep in mind that most states experienced no change between 2014 and 2015. Lower child poverty rates appear to be driven by higher median incomes over the past year

Entanglement of two qubits in a relativistic orbit

The creation and destruction of entanglement between a pair of interacting two-level detectors accelerating about diametrically opposite points of a circular path is investigated. It is found that any non-zero acceleration has the effect of suppressing the vacuum entanglement and enhancing the acceleration radiation thereby reducing the entangling capacity of the detectors. Given that for large accelerations the acceleration radiation is the dominant effect, we investigate the evolution of a two detector system initially prepared in a Bell state using a perturbative mater equation and treating the vacuum fluctuations as an unobserved environment. A general function for the concurrence is obtained for stationary and symmetric worldlines in flatspace. The entanglement sudden death time is computed.Comment: v2: Some typo's fixed, figures compressed to smaller filesize and added some references

Array phasing device Patent

Apparatus for generating microwave signals at progressively related phase angles for driving antenna arra

Treefall Gaps and the Maintenance of Species Diversity in a Tropical Forest

The maintenance of species diversity by treefall gaps is a long‐standing paradigm in forest ecology. Gaps are presumed to provide an environment in which tree species of differing competitive abilities partition heterogeneous resources. The empirical evidence to support this paradigm, however, remains scarce, and some recent studies even suggest that gaps do not maintain the diversity of shade‐tolerant species. Although there is evidence that gaps maintain the diversity of pioneer trees, most of this evidence comes from studies that did not make comparisons between gaps and intact forest sites (controls). Further, nearly all studies on the maintenance of diversity by gaps have ignored lianas, an important component of both old‐world and neotropical forests. We tested the hypothesis that treefall gaps maintain shade‐tolerant tree, pioneer tree, and liana species diversity in an old‐growth forest on Barro Colorado Island (BCI), Panama. We compared the density and species richness of these guilds between paired gap and non‐gap sites on both a per‐area and a per‐individual (per capita) basis. We found no difference in shade‐tolerant tree density and species richness between the gap and non‐gap sites. Both pioneer tree and liana density and species richness, however, were significantly higher in the gap than in the non‐gap sites on both a per‐area and a per‐individual basis. These results suggest that gaps maintain liana species diversity and that this effect is not merely a consequence of increased density. Furthermore, our data confirm the long‐held belief that gaps maintain pioneer tree species diversity. Because lianas and pioneer trees combined account for ∼43% of the woody plant species on BCI, and in other forests, our results are likely to be broadly applicable and suggest that gaps play a strong role in the maintenance of woody species diversity

A Search for Optical Variability of Type 2 Quasars in SDSS Stripe 82

Hundreds of Type 2 quasars have been identified in Sloan Digital Sky Survey (SDSS) data, and there is substantial evidence that they are generally galaxies with highly obscured central engines, in accord with unified models for active galactic nuclei (AGNs). A straightforward expectation of unified models is that highly obscured Type 2 AGNs should show little or no optical variability on timescales of days to years. As a test of this prediction, we have carried out a search for variability in Type 2 quasars in SDSS Stripe 82 using difference-imaging photometry. Starting with the Type 2 AGN catalogs of Zakamska et al. (2003) and Reyes et al. (2008), we find evidence of significant g-band variability in 17 out of 173 objects for which light curves could be measured from the Stripe 82 data. To determine the nature of this variability, we obtained new Keck spectropolarimetry observations for seven of these variable AGNs. The Keck data show that these objects have low continuum polarizations (p<~1% in most cases) and all seven have broad H-alpha and/or MgII emission lines in their total (unpolarized) spectra, indicating that they should actually be classified as Type 1 AGNs. We conclude that the primary reason variability is found in the SDSS-selected Type 2 AGN samples is that these samples contain a small fraction of Type 1 AGNs as contaminants, and it is not necessary to invoke more exotic possible explanations such as a population of "naked" or unobscured Type 2 quasars. Aside from misclassified Type 1 objects, the Type 2 quasars do not generally show detectable optical variability over the duration of the Stripe 82 survey.Comment: 14 pages, 8 figures. Accepted for publication in A