From the Warehouse to the Deathbed: Challenging the Conditions of Mass Death in Prison

The purpose of this project is to analyze the crisis of mass incarceration by placing the conditions faced by elderly, terminally ill, and dying prisoners, as its main point of focus. Much of this crisis was built through post-1970s American penal policies which set in place tough sentencing laws, increased prosecutorial power, and ultimately, led to a significant growth in the prisoner population. Today, elderly and terminally ill prisoners make up the fastest growing population inside of prisons. Few of these prisoners are approved for early release, and instead die while incarcerated. This has resulted in a condition of mass death within a system of mass incarceration. In order to manage the crisis of mass death, many prisons have constructed specialized hospice care units, internal to the prison facility. As the practice of providing hospice care inside of prisons becomes more and more commonplace, it is crucial to document their functions. The following project attempts to provide a critical analysis of the origins of prison-hospice care, the benefits and limitations of these facilities, and the experiences of prisoners within these spaces. Ultimately, this project seeks to highlight the conditions which have naturalized mass death inside of American prisons, and invites its readers to look beyond the horizon of mass incarceration

Form Invariance of the Neutrino Mass Matrix

Consider the most general $3 \times 3$ Majorana neutrino mass matrix $\cal M$. Motivated by present neutrino-oscillation data, much theoretical effort is directed at reducing it to a specific texture in terms of a small number of parameters. This procedure is often {\it ad hoc}. I propose instead that for any $\cal M$ one may choose, it should satisfy the condition $U {\cal M} U^T = {\cal M}$, where $U \neq 1$ is a specific unitary matrix such that $U^N$ represents a well-defined discrete symmetry in the $\nu_{e,\mu,\tau}$ basis, $N$ being a particular integer not necessarily equal to one. I illustrate this idea with a number of examples, including the realistic case of an inverted hierarchy of neutrino masses.Comment: Version to appear in PR

Query by String word spotting based on character bi-gram indexing

In this paper we propose a segmentation-free query by string word spotting method. Both the documents and query strings are encoded using a recently proposed word representa- tion that projects images and strings into a common atribute space based on a pyramidal histogram of characters(PHOC). These attribute models are learned using linear SVMs over the Fisher Vector representation of the images along with the PHOC labels of the corresponding strings. In order to search through the whole page, document regions are indexed per character bi- gram using a similar attribute representation. On top of that, we propose an integral image representation of the document using a simplified version of the attribute model for efficient computation. Finally we introduce a re-ranking step in order to boost retrieval performance. We show state-of-the-art results for segmentation-free query by string word spotting in single-writer and multi-writer standard datasetsComment: To be published in ICDAR201

Exotic Fermions and Bosons in the Quartification Model

Exotic fermions of half-integral charges at the TeV energy scale are predicted by the quartification model of Babu, Ma, and Willenbrock. We add to these one copy of their scalar analogs and discuss the ensuing phenomenological implications, i.e. radiative contributions to lepton masses and flavor-changing leptonic decays.Comment: 7 pages, including 3 figure