For each point of the integer lattice Zd, let X and Y be independent identically distributed random variables with P(X = Y) = p E (0, 1). Let S(n) be the volume of the largest d-dimensional cube in ( I , ..., n t d with the property that X = Y at every point of the cube; R ( n ) is similarly defined to be the maximum volume of perfectly matching rectangles. It is proved that, if all possible sh...

A bstract High-energy particles traversing a medium experience modified dispersion. In the Quark-Gluon Plasma, such dispersion affects jet propagation and transport properties should be determined better. Above ~ 2 T c we expect strongly coupled infrared behavior perturbative ultraviolet behavior, allowing matching to an effective theory called EQCD, which can studied non-perturbatively. We stu...

We present a quantitative finite temperature analysis of a recent experiment with Bose-Fermi mixtures in optical lattices, in which the dependence of the coherence of bosons on the interspecies interaction was analyzed. Our theory reproduces the characteristics of this dependence and suggests that intrinsic temperature effects play an important role in these systems. Namely, under the assumptio...

We introduce the technique of lattice querying which automatically forms the query from the set of text samples provided by a user, and produce search results by matching parse trees of this query with that of candidate answers. Lattice queries allow increase in big data exploration efficiency since they form multiple “hypotheses” concerning user intent and explore data from multiple respective...

The QCD free energy can be studied by dimensional reduction to a three-dimensional (3d) effective theory, whereby non-perturbative lattice simulations become less demanding. To connect to the original QCD a perturbative matching computation is required, which is conventionally carried out in dimensional regularization. Therefore the 3d lattice results need to be converted to this regularization...

Numerical simulation using particle-in-cell codes is a powerful tool in understanding the nonlinear dynamics of space-charge-dominated beams. The University of Maryland Electron Ring (UMER) will explore the transport of beams with intensity previously inaccessible to circular machines. The ring will also function as a testbed for accelerator codes. Applications such as heavy ion fusion and coll...

We have investigated the vortex dynamics in superconducting thin film devices with non-uniform patterns of artificial pinning centers (APCs). The magneto-transport properties of a conformal crystal and a randomly diluted APC pattern are compared with that of a triangular reference lattice. We have found that in both cases the magneto-resistance below the first matching field of the triangular r...

the most important factor in donor-recipient matching for hematopoietic stem cell transplantation is their hla typing. for many patients, we can not find a full-matched donor. in high risk patients, one locus  mismatched related donors are suitable alternatives. (1, 2) since the matching of patients and their siblings usually is based on low resolution hla typing, the matching of one locus mism...

Submitted for the MAR13 Meeting of The American Physical Society Comparative Study on Intersubband Absorption in AlGaN/GaN and AlInN/GaN Heterostructures Grown on Low-Defect Substrates COLIN EDMUNDS, LIANG TANG, JIAYI SHAO, DONGHUI LI, GEOFF GARDNER, MICHAEL MANFRA, OANA MALIS, Purdue University, ANDREW GRIER, ZORAN IKONIC, PAUL HARRISON, University of Leeds, DIMITRI ZAKHAROV, Brookhaven Nation...