Vietnamese Women and Children Refugees in Hong Kong: An Argument against Arbitrary Detention

Anteckningar från Sundre, Gotland sydligaste socken. Onsdag 11 april 2012 Rivet, en smal udde av grus. Stark vind, öppen horisont. Vatten på nära nog alla håll. Här, längst ut, drabbades jag av fasa när havet ville döda mig, sluka min kropp. Letade efter gravarna men fann inget. Gick upp till Arendt i fyren. --- Mitt examensprojekt är min promenad tillsammans med historia, tempo, minne, tröghet, förflyttningar och förändringar, ruiner, myter samt högst personliga reflektioner. Det finns platser man verkligen tycker om, som man älskar. Jag vet flera platser som jag älskar att vara på, det här är en av dem. Få stannar till här, det är ett ställe man passerar. Jag vill vara ensam här. Vid mina besök, som på senare tid under projektets gång har varit mycket riktade, blir jag extremt fokuserad på platsen och bara platsen. Också som att kliva ur tjockan.Notes from the parish of Sundre, at the very south of Gotland. Wednesday April 11, 2012 Rivet, a small cpe of gravel. Strong wind, open horizon. Water in almost all directions. Here, at the nab, fright hit me when the sea wanted to liquidate me, swallow my body. Searched for the tombs but found nothing. Visited Arendt in the lighthouse. --- My degree project is my promenade together with history, tempo, memory, inertia, movements, ruins, myths and my very personal reflections. There are places you really like, that you love. There are several places that I love to be at, this is one of them. Few people halt here, this is a place you pass. I want to be alone here. At my visits, that during the project became more and more addressed, I become extremely focused at the place and the place only. Like stepping out of the mist

Discrete-velocity collision dynamics for polyatomic molecules

A multispeed discrete‐velocity molecular model of a rarefied gas is developed which permits quantitatively accurate simulation of mixtures of molecules of different mass which have both translational and internal rotational energies. In particular, the molecules are represented as having three discrete velocity components and a single discrete internal energy that does not directly affect the translational motion. During binary collisions, rotational and translational kinetic energies are exchanged according to a phenomenological model. Results are presented for the thermal relaxation to equilibrium of mixtures of H_2 and Ne, N_2 and O_2, and N_2 and CO_2. Good agreement is found with the corresponding continuous‐velocity results

An Integrated Assessment of Archaeobotanical Recovery Methods in the Neotropical Rainforest of Northern Belize: Flotation and Dry Screening

This report presents results of a study examining the ancient use of plants at four Late Classic (CE 600-900) Maya rural farmsteads in northwestern Belize. Our research specifically targeted residential middens for macrobotanical recovery. Samples yielded the remains of more than a dozen plant families, representing some genera that do not currently grow in the area. These plants were used in the Late Classic, countering the idea that ancient botanical remains do not survive in Neotropical archaeological contexts. We also evaluated two macrobotanical sample processing methods vis-à-vis one another: flotation and dry screening. Our results indicate that flotation recovered 58% more seeds than dry screening, while dry screening yielded almost twice as much charcoal and other wood as flotation. The divergent quantities in the types of material recovered suggest a comprehensive macrobotanical recovery program should include the use of both processing methods

Rites of Passage as a Framework for Community Interventions with Youth

This article discusses the potential value of adopting a rites of passage framework for developing community interventions for youth and suggests principles for its application. We propose a contemporary working definition of the concept, how it could reshape the way we approach community and youth development, and 20 core components of a rites of passage process developed from our work experience spanning over 40 years

Whole genome association studies in complex diseases: where do we stand?

Hundreds of genome-wide association studies have been performed in recent years in order to try to identify common variants that associate with complex disease. These have met with varying success. Some of the strongest effects of common variants have been found in lateonset diseases and in drug response. The major histocompatibility complex has also shown very strong association with a variety of disorders. Although there have been some notable success stories in neuropsychiatric genetics, on the whole, common variation has explained little of the high heritability of these traits. In contrast, early studies of rare copy number variants have led rapidly to a number of genes and loci that strongly associate with neuropsychiatric disorders. It is likely that the use of whole-genome sequencing to extend the study of rare variation in neuropsychiatry will greatly advance our understanding of neuropsychiatric genetics

Rites of Passage as a Framework for Community Interventions with Youth

This article discusses the potential value of adopting a rites of passage framework for developing community interventions for youth and suggests principles for its application. We propose a contemporary working definition of the concept, how it could reshape the way we approach community and youth development, and 20 core components of a rites of passage process developed from our work experience spanning over 40 years

Creating a Simple Single Computational Approach to Modeling Rarefied and Continuum Flow About Aerospace Vehicles

We proposed to create a single computational code incorporating methods that can model both rarefied and continuum flow to enable the efficient simulation of flow about space craft and high altitude hypersonic aerospace vehicles. The code was to use a single grid structure that permits a smooth transition between the continuum and rarefied portions of the flow. Developing an appropriate computational boundary between the two regions represented a major challenge. The primary approach chosen involves coupling a four-speed Lattice Boltzmann model for the continuum flow with the DSMC method in the rarefied regime. We also explored the possibility of using a standard finite difference Navier Stokes solver for the continuum flow. With the resulting code we will ultimately investigate three-dimensional plume impingement effects, a subject of critical importance to NASA and related to the work of Drs. Forrest Lumpkin, Steve Fitzgerald and Jay Le Beau at Johnson Space Center. Below is a brief background on the project and a summary of the results as of the end of the grant