Author(iz)ing literacy: a rhetorical/historical analysis of literacy for college readiness in Kentucky from KERA to the Common Core (and beyond).

This dissertation traces the economy of documents representing literacy for college readiness through an analysis of the interplay of literacy theory, literacy policy, and policy documentation. Specifically, this dissertation examines how college-level literacy is defined in Kentucky through a network of related documents. With Latour’s Actor-Network Theory serving as a theoretical frame, this dissertation tracks not only the vast and interconnected system of compositions operating as articulations of college-level literacy but also the presence (or absence) of rhetoric and composition’s compositions within the network of relations defining literacy for college readiness. This dissertation is divided into five chapters. Chapter One outlines the historical foundations, research methodologies, and theoretical framework for the project. Chapter Two contextualizes literacy for college readiness in the Kentucky Education Reform Act (KERA) and corresponding implementation of an assessment and accountability structure, including the adoption of the writing assessment portfolio. This chapter includes the translation of legislation into Transformations, Kentucky’s expansive curriculum framework. Chapter Three analyzes the introduction of No Child Left Behind (NCLB) into the network of relations tracking literacy for college readiness. This chapter details the translation of national literacy policy for accountability into Kentucky’s state assessment and accountability structure with the implementation of the Commonwealth Accountability Testing System (CATS). Chapter Four examines the durability of the Common Core State Standards (Common Core) in the network of relations as national literacy standards, purportedly operating as universals, are translated into state systems of assessment and accountability. Chapter Five considers the implications of this project’s research outcomes for rhetoric and composition scholarship in terms of sources of authority and locations of participation in defining literacy for college readiness

Gilmore v. Gilmore: Modifying Child Custody Awards

Gilmore v. Gilmore: Modifying Child Custody Award

Technology Development Plan for the Baseline Detector System of the X-Ray Microcalorimeter Spectrometer (XMS) of the International X-Ray Observatory (IXO)

The primary purpose of this document is to present the technology development plan for the XMS detector system. It covers the current status (including assessment of the Technology Readiness Level, TRL, and a justification of the level assigned), the roadmap to progress to a level between TRL 5 and TRL 6 by the middle of 2012, and an assessment of the associated cost. A secondary purpose of this document is to address the Action Items raised at the XMS Phase-A Study Mid-Term Review that pertain to the detector system (AI #4, #8, and #9)

Scale Effects between Body Size and Limb Design in Quadrupedal Mammals

Recently the metabolic cost of swinging the limbs has been found to be much greater than previously thought, raising the possibility that limb rotational inertia influences the energetics of locomotion. Larger mammals have a lower mass-specific cost of transport than smaller mammals. The scaling of the mass-specific cost of transport is partly explained by decreasing stride frequency with increasing body size; however, it is unknown if limb rotational inertia also influences the mass-specific cost of transport. Limb length and inertial properties – limb mass, center of mass (COM) position, moment of inertia, radius of gyration, and natural frequency – were measured in 44 species of terrestrial mammals, spanning eight taxonomic orders. Limb length increases disproportionately with body mass via positive allometry (length ∝ body mass0.40); the positive allometry of limb length may help explain the scaling of the metabolic cost of transport. When scaled against body mass, forelimb inertial properties, apart from mass, scale with positive allometry. Fore- and hindlimb mass scale according to geometric similarity (limb mass ∝ body mass1.0), as do the remaining hindlimb inertial properties. The positive allometry of limb length is largely the result of absolute differences in limb inertial properties between mammalian subgroups. Though likely detrimental to locomotor costs in large mammals, scale effects in limb inertial properties appear to be concomitant with scale effects in sensorimotor control and locomotor ability in terrestrial mammals. Across mammals, the forelimb's potential for angular acceleration scales according to geometric similarity, whereas the hindlimb's potential for angular acceleration scales with positive allometry.</p

Body mass estimates of an exceptionally complete Stegosaurus (Ornithischia: Thyreophora): comparing volumetric and linear bivariate mass estimation methods

© 2015 The Authors. Published by the Royal Society under the terms of the Creative Commons Attribution License http://creativecommons.org/licenses/by/4.0/, which permits unrestricted use, provided the original author and source are credited. The file attached is the published version of the article

Photography of operative techniques and pathology during arthroscopy using a second arthroscope.

The use of two arthroscopes is recommended to reduce the time needed for photography eliminating the need to remove video control from the main arthroscope, to record pathology and operative techniques for teaching without an additional light source

Searching for keV Sterile Neutrino Dark Matter with X-ray Microcalorimeter Sounding Rockets

High-resolution X-ray spectrometers onboard suborbital sounding rockets can search for dark matter candidates that produce X-ray lines, such as decaying keV-scale sterile neutrinos. Even with exposure times and effective areas far smaller than XMM-Newton and Chandra observations, high-resolution, wide field-of-view observations with sounding rockets have competitive sensitivity to decaying sterile neutrinos. We analyze a subset of the 2011 observation by the X-ray Quantum Calorimeter instrument centered on Galactic coordinates l = 165, b = -5 with an effective exposure of 106 seconds, obtaining a limit on the sterile neutrino mixing angle of sin^2(2 theta) < 7.2e-10 at 95% CL for a 7 keV neutrino. Better sensitivity at the level of sin^2(2 theta) ~ 2.1e-11 at 95\% CL for a 7 keV neutrino is achievable with future 300-second observations of the galactic center by the Micro-X instrument, providing a definitive test of the sterile neutrino interpretation of the reported 3.56 keV excess from galaxy clusters.Comment: 13 pages, 13 figures, submitted to Ap