30 research outputs found

    Studies of braided non-Abelian anyons using anyonic tensor networks

    Full text link
    The content of this thesis can be broadly summarised into two categories: first, I constructed modified numerical algorithms based on tensor networks to simulate systems of anyons in low dimensions, and second, I used those methods to study the topological phases the anyons form when they braid around one another. In the first phase of my thesis, I extended the anyonic tensor network algorithms, by incorporating U(1) symmetry to give a modified ansatz, Anyon-U(1) tensor networks, which are capable of simulating anyonic systems at any rational filling fraction. In the second phase, I used the numerical methods to study some models of non-Abelian anyons that naturally allows for exchange of anyons. I proposed a lattice model of anyons, which I dubbed anyonic Hubbard model, which is a pair of coupled chains of anyons (or simply called anyonic ladder). Each site of the ladder can either host a single anyonic charge, or it can be empty. The anyons are able to move around, interact with one another, and exchange positions with other anyons, when vacancies exist. Exchange of anyons is a non-trivial process which may influence the formation of different kinds of new phases of matter. I studied this model using the two prominent species of anyons: Fibonacci and Ising anyons, and made a number of interesting discoveries about their phase diagrams. I identified new phases of matter arising from both the interaction between these anyons and their exchange braid statistics.Comment: 150 pages, PhD thesis, Macquarie University, Sydney. Chapter 6 of this thesis titled "Phase transitions in braided non-Abelian anyonic system" contains results which are yet to be finalised and publishe

    学会抄録

    Get PDF
    A description of the results of the cross platform (385 K CGH and SNP50 chip) verification of CNV regions [72, 73]. (PDF 8 kb

    Additional file 3: of Genomic prediction and genome-wide association study for dagginess and host internal parasite resistance in New Zealand sheep

    No full text
    Output of protein domain matches from InterProScan 5 search of the 100kbp window around SNP s22390 located at OAR15: 40210579 on OARv3.1. (CSV 110 kb

    Guerra y Nación. La guerra civil colombiana de 1851

    No full text
    The relations between wars and processes of social structuring have a relevant place in social sciences. This article refers to the colombian civil war of 1851, as the stage for the construction of the Nation-State, from its political and social determinants, the political and military actions of the parties, the regional elites, the clergy, the people, and the implications of the war in the context at the time in the XIXth Century. The sources for this analysis are memoirs, chronicles, official correspondence, and press.Las relaciones entre guerras y procesos de estructuración social ocupan un lugar importante en las ciencias sociales. Este artículo aborda la guerra civil colombiana de 1851 como escenario de construcción del Estado-nación, desde la perspectiva de sus determinantes políticos y sociales, las acciones político-militares de los partidos, las élites regionales, el clero, los sectores populares y las implicaciones de la guerra en el contexto del medio siglo XIX. Las fuentes de análisis son memorias, crónicas, correspondencia oficial y prensa

    Physical maps of five representative amplicons with parentage SNPs.

    No full text
    <p>High resolution map of five regions on ovine chromosome 1 that were targeted for <i>in silico</i> NGS analysis and PCR-amplification for Sanger sequencing and analysis. The parentage SNP is boxed in yellow. SNP positions are indicated by blue and red vertical bars and denote frequency of SNPs in an international panel of 70 sheep and a panel of 96 U.S. sheep, respectively and IUPAC/IUBMB ambiguity codes for nucleotides (r = a/g, y = c/t, m = a/c, k = g/t, s = c/g, w = a/t) <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0094851#pone.0094851-NCIUB1" target="_blank">[35]</a>. Other symbols: red triangles, indel polymorphisms; black rectangles, repetitive elements grey rectangles, intergenic regions; orange arrows, exons.</p
    corecore