Mind Playing Tricks on Me

This article was originally published in The Prophet -- a journal created by and for the students at the Boston University School of Theology (BUSTH) to amplify the voices of STH students by promoting and sharing a range of perspectives on matters of concern including, but not limited to, spiritual practices, faith communities and society, the nature of theology, and current affairs. It serves as a platform for STH students to share their academic work, theological reflections, and life experiences with one another and the wider community."Geto Boys, a rap group, consisting of Big Mike, Willie D, and Scarface, released a song entitled... " [EXCERPT

Separate and Unequal: A Comment on the Urban Development Aspect of Brownfields Programs

Several states and the federal government have proposed and enacted what are termed Brownfields Programs. These initia- tives have two goals: 1) creation of employment in economically distressed areas surrounded by urban brownfields (contami- nated properties); and 2) preservation of greenfields (pristine land) from development. This Article discusses the efficacy of the urban development aspect of these initiatives. Specifically it argues that while cities (notably those in the northeast and northcentral United States) may have suffered the impact of deindustrialization disproportionately to their respective suburbs,these programs create a duality of environmental protection that will consign the cities to permanent second class environmental status. These programs provide a short term fix for a long term problem. This Article proposes that what is needed is a reexamination of environmental standards as they apply to both city and suburbs

Aluminum-titanium hydride-boron carbide composite provides lightweight neutron shield material

Inexpensive lightweight neutron shield material has high strength and ductility and withstands high internal heat generation rates without excessive thermal stress. This composite material combines structural and thermal properties of aluminum, neutron moderating properties of titanium hydride, and neutron absorbing characteristics of boron carbide

The ultra-sensitive electrical detection of spin Rabi oscillation at paramagnetic defects

A short review of the pulsed electrically detected magnetic resonance (pEDMR) experiment is presented. PEDMR allows the highly sensitive observation of coherent electron spin motion of charge carriers and defects in semiconductors by means of transient current measurements. The theoretical foundations, the experimental implementation, its sensitivity and its potential with regard to the investigation of electronic transitions in semiconductors are discussed. For the example of the P_b center at the crystalline silicon (111) to silicon dioxide interface it is shown experimentally how one can detect spin Rabi-oscillation, its dephasing, coherence decays and spin-coupling effects.Comment: The manuscript has been submitted for journal publicatio

Expanding horizons, expanding self: an incentive to get out of the classroom and start using art to explore your community with placed-based arts investigation

The three primary components of Place-based Arts Investigation (PBAI) are an understanding of place, arts-integration, and arts-based research, each with a heritage in and of itself. These ideas work in tandem to form the keystones of PBAI, a model for interdisciplinary arts-based learning that utilizes the multiple languages of art as methods of inquiry and self-reflection without stifling curiosity. Developed with the intention to provide a true model for ‘arts integration’ in teaching and learning, PBAI uses the distinct advantages of visual art education to engage the learner through multiple modes of inquiry while providing periods of guided reflection (Gude, 2007). PBAI purports that every community performs as a microcosm of the world at large. Upon further inspection, the community (the place, the people, and the ways in which they are connected) will elicit the same natural history, power struggles, and ethical questions of any standard curriculum. By a community’s particularity, it becomes accessible and relatable. Supported by case studies and qualitative research from personal histories and interviews, this thesis book explores PBAI within the context of three facets of ‘place’ in depth: Urban Wild, Downtown or the Built Environment, and Centers of Culture. Adherence to the principles of PBAI has the capacity to empower student learning, develop empathy for environmental and social justice, and to build engaged citizens who are invested in the future of their community

A GPU-Enabled, High-Resolution Cosmological Microlensing Parameter Survey

In the era of synoptic surveys, the number of known gravitationally lensed quasars is set to increase by over an order of magnitude. These new discoveries will enable a move from single-quasar studies to investigations of statistical samples, presenting new opportunities to test theoretical models for the structure of quasar accretion discs and broad emission line regions (BELRs). As one crucial step in preparing for this influx of new lensed systems, a large-scale exploration of microlensing convergence-shear parameter space is warranted, requiring the computation of O(10^5) high resolution magnification maps. Based on properties of known lensed quasars, and expectations from accretion disc/BELR modelling, we identify regions of convergence-shear parameter space, map sizes, smooth matter fractions, and pixel resolutions that should be covered. We describe how the computationally time-consuming task of producing ~290000 magnification maps with sufficient resolution (10000^2 pixel/map) to probe scales from the inner edge of the accretion disc to the BELR can be achieved in ~400 days on a 100 teraflop/s high performance computing facility, where the processing performance is achieved with graphics processing units. We illustrate a use-case for the parameter survey by investigating the effects of varying the lens macro-model on accretion disc constraints in the lensed quasar Q2237+0305. We find that although all constraints are consistent within their current error bars, models with more densely packed microlenses tend to predict shallower accretion disc radial temperature profiles. With a large parameter survey such as the one described here, such systematics on microlensing measurements could be fully explored.Comment: 30 pages, 3 figures, accepted for publication in Ap