The Bodhisattva Ideal in Theravāda Buddhist Theory and Practice: A Reevaluation of the Bodhisattva-Śrāvaka Opposition

In the academic study of Buddhism the terms Mahayana and Hinayana are often set in contradiction to each other, and the two vehicles are described as having different aspirations, teachings, and practices. The distinctions made between the Mahayana and the Hinayana, how-ever, force the schools into neat, isolated, and independent categories that often undermine the complexities that exist concerning their beliefs, ideologies, and practices

“Texts Memorized, Texts Performed: A Reconsideration of the Role of Paritta in Sri Lankan Monastic Education.”

During the past twenty years there has been a growing interest in monastic education within the larger field of Buddhist studies. Within the last ten years in particular, a number of monographs and articles examining the training and education of monks in Korea (Buswell [1992]), Tibet/India (Dreyfus [2003]), Thailand/Laos (Collins [1990], McDaniel [2002, 2003]), and Sri Lanka (Blackburn [1999a, 1999b, 2001] Samuels [2002]), have been published. Many of those works have paid particular attention to the texts used in monastic training, as well as to how the information contained in those very texts is imparted to and embodied by monks and novices. While the growing attention to Buddhist education and training texts certainly provides us with a more considerable understanding of monastic culture, focusing exclusively on the contents of texts and handbooks used in the training of monks and novices neglects other forms of monastic learning. Indeed, several scholars (Keyes [1983], Blackburn [2001], Dreyfus [2003], Samuels [2004]) have recently begun to explore more diffuse ways in which monastic ideals become transmitted to newcomers to the sangha as well as to examine how learning in monasteries generates monastic identities

The Trademark Jurisprudence of Judge Rich

For nearly forty-three years, Giles Sutherland Rich served as a member of the U.S. Court of Customs and Patent Appeals (C.C.P.A.) and its successor court, the U.S. Court of Appeals for the Federal Circuit. Judge Rich is widely regarded as one of the most influential jurists in the area of patent law—and rightfully so. Less well known is that Judge Rich also authored many significant decisions in the area of trademark law. Judge Rich’s opinions in the area of trademarks span the spectrum of trademark registrability issues and explore important issues of public policy. This Article reviews a number of Judge Rich’s most important trademark and intellectual property decisions. These decisions focus on such issues as the impact of consents, functionality, trademark subject matter, and genericness. Such a review leads to the observation that the vast majority of his opinions and views remain relevant, indeed, controlling, in resolving trademark registration dispute

Atomic Structure and Dynamics of Single Platinum Atom Interactions with Monolayer MoS

We have studied atomic level interactions between single Pt atoms and the surface of monolayer MoS₂ using aberration-corrected annular dark field scanning transmission electron microscopy at an accelerating voltage of 60 kV. Strong contrast from single Pt atoms on the atomically resolved monolayer MoS₂ lattice enables their exact position to be determined with respect to the MoS₂ lattice, revealing stable binding sites. In regions of MoS₂ free from surface contamination, the Pt atoms are localized in S vacancy sites and exhibit dynamic hopping to nearby vacancy sites driven by the energy supplied by the electron beam. However, in areas of MoS₂ contaminated with carbon surface layers, the Pt atoms appear at various positions with respect to the underlying MoS₂ lattice, including on top of Mo and in off-axis positions. These variations are due to the Pt bonding with the surrounding amorphous carbon layer, which disrupts the intrinsic Pt-MoS₂ interactions, leading to more varied positions. Density functional theory (DFT) calculations reveal that Pt atoms on the surface of MoS₂ have a small barrier for migration and are stabilized when bound to either a single or double sulfur vacancies. DFT calculations have been used to understand how the catalytic activity of the MoS₂ basal plane for hydrogen evolution reaction is influenced by Pt dopants by variation of the hydrogen adsorption free energy. This strong dependence of catalytic effect on interfacial configurations is shown to be common for a series of dopants, which may provide a means to create and optimize reaction centers

Intellectual Property and Public Health – A White Paper

On October 26, 2012, the University of Akron School of Law’s Center for Intellectual Property and Technology hosted its Sixth Annual IP Scholars Forum. In attendance were thirteen legal scholars with expertise and an interest in IP and public health who met to discuss problems and potential solutions at the intersection of these fields. This report summarizes this discussion by describing the problems raised, areas of agreement and disagreement between the participants, suggestions and solutions made by participants and the subsequent evaluations of these suggestions and solutions. Led by the moderator, participants at the Forum focused generally on three broad questions. First, are there alternatives to either the patent system or specific patent doctrines that can provide or help provide sufficient incentives for health-related innovation? Second, is health information being used proprietarily and if so, is this type of protection appropriate? Third, does IP conflict with other non-IP values that are important in health and how does or can IP law help resolve these conflicts? This report addresses each of these questions in turn

Geostationary Coastal and Air Pollution Events (GeoCAPE) Wide Angle Spectrometer (WAS)

The GeoCAPE Wide Angle Spectrometer (WAS) Study was a revisit of the COEDI Study from 2012. The customer primary goals were to keep mass, volume and cost to a minimum while meeting the science objectives and maximizing flight opportunities by fitting on the largest number of GEO accommodations possible. Riding on a commercial GEO satellite minimizes total mission costs. For this study, it is desired to increase the coverage rate,km2min, while maintaining ground sample size, 375m, and spectral resolution, 0.4-0.5nm native resolution. To be able to do this, the IFOV was significantly increased, hence the wide angle moniker. The field of view for COEDI was +0.6 degrees or (2048) 375m ground pixels. The WAS Threshold (the IDL study baseline design) is +2.4 degrees IDL study baseline design) is +2.4 degrees

Imp/IGF2BP and Syp/SYNCRIP temporal RNA interactomes uncover combinatorial networks of regulators of <i>Drosophila</i> brain development

Temporal patterning of neural progenitors is an evolutionarily conserved mechanism generating neural diversity. In Drosophila, postembryonic neurogenesis requires the RNA binding proteins (RBPs) Imp/IGF2BP and Syp/SYNCRIP. However, how they coachieve their function is not well understood. Here, we elucidate the in vivo temporal RNA interactome landscapes of Imp and Syp during larval brain development. Imp and Syp bind a highly overlapping set of conserved mRNAs encoding proteins involved in neurodevelopment. We identify transcripts differentially occupied by Imp/Syp over time, featuring a network of known and previously unknown candidate temporal regulators that are post-transcriptionally regulated by Imp/Syp. Furthermore, the physical and coevolutionary relationships between Imp and Syp binding sites reveal a combinatorial, rather than competitive, mode of molecular interplay. Our study establishes an in vivo framework for dissecting the temporal coregulation of RBP networks as well as providing a resource for understanding neural fate specification