Instructional Decision-Making among Expert Choral and Instrumental Directors: How Musical Setting Influences Pedagogy

In large music ensembles, directors make countless instructional decisions on a daily basis that indicate their learning priorities and guide student learning. In particular, expert music directors (i.e., those having earned a master’s degree and/or National Board Certification) have advanced problem-solving strategies and effective means of fostering student learning in their ensembles. To explore the influence of musical setting on directors’ instructional decision-making, the authors examined expert choral and instrumental directors’ perspectives on instructional decision-making. Forty experienced music teachers employed as either a choral or instrumental ensemble music teachers wrote open-ended responses to three scenarios, each representing different instructional challenges. Three main themes emerged related to instructional challenges: (1) Pedagogy, (2) Student Motivation, and (3) Classroom Management. Within each theme, the authors articulated multiple topics that revealed similarities and differences between the choral and instrumental settings. Understanding these comparisons and contrasts by musical setting is essential to enhancing teacher education programs. Implications include improving teachers’ self-awareness and advancing professional development opportunities for both choral and instrumental music directors

Extended Photometry for the DEEP2 Galaxy Redshift Survey: A Testbed for Photometric Redshift Experiments

This paper describes a new catalog that supplements the existing DEEP2 Galaxy Redshift Survey photometric and spectroscopic catalogs with ugriz photometry from two other surveys; the Canada-France-Hawaii Legacy Survey (CFHTLS) and the Sloan Digital Sky Survey (SDSS). Each catalog is cross-matched by position on the sky in order to assign ugriz photometry to objects in the DEEP2 catalogs. We have recalibrated the CFHTLS photometry where it overlaps DEEP2 in order to provide a more uniform dataset. We have also used this improved photometry to predict DEEP2 BRI photometry in regions where only poorer measurements were available previously. In addition, we have included improved astrometry tied to SDSS rather than USNO-A2.0 for all DEEP2 objects. In total this catalog contains ~27,000 objects with full ugriz photometry as well as robust spectroscopic redshift measurements, 64% of which have r > 23. By combining the secure and accurate redshifts of the DEEP2 Galaxy Redshift Survey with ugriz photometry, we have created a catalog that can be used as an excellent testbed for future photo-z studies, including tests of algorithms for surveys such as LSST and DES.Comment: 12 pages, 6 figures and 5 tables. Accepted to The Astrophysical Journal Supplement. Catalogs are publicly available at http://deep.ps.uci.edu/DR4/photo.extended.htm

State of the States 2006

Summarizes major state policy developments in 2005, and projects likely trends for 2006. Focuses on public education, affordable health care, aging, taxes, homeland security, immigration, and energy. Profiles newly elected governors

Second messenger/signal transduction pathways in major mood disorders: Moving from membrane to mechanism of action, part II: bipolar disorder

The etiopathogenesis and treatment of major mood disorders have historically focused on modulation of monoaminergic (serotonin, norepinephrine, dopamine) and amino acid [γ-aminobutyric acid (GABA), glutamate] receptors at the plasma membrane. Although the activation and inhibition of these receptors acutely alter local neurotransmitter levels, their neuropsychiatric effects are not immediately observed. This time lag implicates intracellular neuroplasticity as primary in the mechanism of action of antidepressants and mood stabilizers. The modulation of intracellular second messenger/signal transduction cascades affects neurotrophic pathways that are both necessary and sufficient for monoaminergic and amino acid–based treatments. In this review, we will discuss the evidence in support of intracellular mediators in the pathophysiology and treatment of preclinical models of despair and major depressive disorder (MDD). More specifically, we will focus on the following pathways: cAMP/PKA/CREB, neurotrophin-mediated (MAPK and others), p11, Wnt/Fz/Dvl/GSK3β, and NFκB/ΔFosB. We will also discuss recent discoveries with rapidly acting antidepressants, which activate the mammalian target of rapamycin (mTOR) and release of inhibition on local translation via elongation factor stimulation. Throughout this discourse, we will highlight potential intracellular targets for therapeutic intervention. Finally, future clinical implications are discussed

Quantum walks of correlated photon pairs in two-dimensional waveguide arrays

We demonstrate quantum walks of correlated photons in a 2D network of directly laser written waveguides coupled in a 'swiss cross' arrangement. The correlated detection events show high-visibility quantum interference and unique composite behaviour: strong correlation and independence of the quantum walkers, between and within the planes of the cross. Violations of a classically defined inequality, for photons injected in the same plane and in orthogonal planes, reveal non-classical behaviour in a non-planar structure.Comment: 5 pages, 5 figure

Scattered Light from Close-in Extrasolar Planets: Prospects of Detection with the MOST Satellite

The ultra-precise photometric space satellite MOST (Microvariability and Oscillations of STars) will provide the first opportunity to measure the albedos and scattered light curves from known short-period extrasolar planets. Due to the changing phases of an extrasolar planet as it orbits its parent star, the combined light of the planet-star system will vary on the order of tens of micromagnitudes. The amplitude and shape of the resulting light curve is sensitive to the planet's radius and orbital inclination, as well as the composition and size distribution of the scattering particles in the planet's atmosphere. To predict the capabilities of MOST and other planned space missions, we have constructed a series of models of such light curves, improving upon earlier work by incorporating more realistic details such as: limb darkening of the star, intrinsic granulation noise in the star itself, tidal distortion and back-heating, higher angular resolution of the light scattering from the planet, and exploration of the significance of the angular size of the star as seen from the planet. We use photometric performance simulations of the MOST satellite, with the light curve models as inputs, for one of the mission's primary targets, $\tau$ Bo\"otis. These simulations demonstrate that, even adopting a very conservative signal detection limit of 4.2 $\mu$mag in amplitude (not power), we will be able to either detect the $\tau$ Bo\"otis planet light curve or put severe constraints on possible extrasolar planet atmospheric models.Comment: Accepted to ApJ, 24 pages, 8 figure

Radiation re-solution of fission gas in non-oxide nuclear fuel

Renewed interest in fast nuclear reactors is creating a need for better understanding of fission gas bubble behavior in non-oxide fuels. Collisions between fission fragments and their subsequent cascades can knock fission gas atoms out of bubbles and back into the fuel lattice, resulting in a loss term for the bubble. By assuming these collisions can be treated as binary collisions, we calculated a re-solution parameter as a function of bubble radius. The calculations showed that there is a sharp decrease as bubble size increases until about 100 nm when the re-solution parameter stays nearly constant. The bubble size dependence may explain the large bubble size distribution found in some uranium carbide and nitride fuels. Furthermore, our model shows ion cascades created in the fuel result in many more implanted fission gas atoms than collisions directly with fission fragments. Utilization of our calculated re-solution parameter can be used to find a re-solution rate for future bubble behavior simulations

Conflicting Loyalties Facing In-House Counsel: Ethical Care and Feeding of the Ravenous Multi-Headed Client The Fifth Annual Symposium on Legal Malpractice and Professional Responsibility.

Because of corporate scandals that shook the business world, legislative, corporate, and public fingers immediately pointed at corporate attorneys for allowing such egregious conduct to occur. In 1983, the American Bar Association (ABA) passed Model Rule 1.13, which promoted the entity theory. Under the entity theory, the organization is the in-house counsel’s only client; and the in-house counsel’s primary duty is to act in the best interest of the organization. Whether the issue is deciding to make an executive compensation disclosure in a proxy statement, taking on a dual role within the organization, acting in compliance with heightened professional responsibility requirements under the Sarbanes-Oxley Act of 2002 (SOX), or preparing witnesses for corporate investigations, in-house counsel will avoid ethical hot water if they consistently act in the best interest of the organization. In an effort to protect stakeholders, the Securities and Exchange Commission (SEC) passed Rule 205. Rule 205 is designed to increase confidence in public companies by ensuring that attorneys who represent issuers report up the corporate ladder evidence of material violations by their officers and employees. The result is that Rule 205 has made corporate attorneys into “gatekeepers.” Rule 205’s permissive disclosure provision acts essentially as a whistleblower license for attorneys to use in a last-ditch effort to protect third parties when the highest authorities within the organization fail to take appropriate remedial measures. Thus, in-house counsel is expected to be the first line of defense against corporate irresponsibility and is expected to take a stand against impropriety

Conflicting Loyalties Facing In-House Counsel: Ethical Care and Feeding of the Ravenous Multi-Headed Client The Fifth Annual Symposium on Legal Malpractice and Professional Responsibility.

Because of corporate scandals that shook the business world, legislative, corporate, and public fingers immediately pointed at corporate attorneys for allowing such egregious conduct to occur. In 1983, the American Bar Association (ABA) passed Model Rule 1.13, which promoted the entity theory. Under the entity theory, the organization is the in-house counsel’s only client; and the in-house counsel’s primary duty is to act in the best interest of the organization. Whether the issue is deciding to make an executive compensation disclosure in a proxy statement, taking on a dual role within the organization, acting in compliance with heightened professional responsibility requirements under the Sarbanes-Oxley Act of 2002 (SOX), or preparing witnesses for corporate investigations, in-house counsel will avoid ethical hot water if they consistently act in the best interest of the organization. In an effort to protect stakeholders, the Securities and Exchange Commission (SEC) passed Rule 205. Rule 205 is designed to increase confidence in public companies by ensuring that attorneys who represent issuers report up the corporate ladder evidence of material violations by their officers and employees. The result is that Rule 205 has made corporate attorneys into “gatekeepers.” Rule 205’s permissive disclosure provision acts essentially as a whistleblower license for attorneys to use in a last-ditch effort to protect third parties when the highest authorities within the organization fail to take appropriate remedial measures. Thus, in-house counsel is expected to be the first line of defense against corporate irresponsibility and is expected to take a stand against impropriety