XMM-Newton EPIC and OM observation of Nova Centauri 1986 (V842 Cen)

We report the results from the temporal and spectral analysis of an XMMNewton observation of Nova Centauri 1986 (V842 Cen). We detect a period at 3.51 +/- 0.4 h in the EPIC data and at 4.0 +/- 0.8 h in the Optical Monitor (OM) data. The X-ray spectrum is consistent with the emission from an absorbed thin thermal plasma with a temperature distribution given by an isobaric cooling flow. The maximum temperature of the cooling flow model is keV. Such a high temperature can be reached in a shocked region and, given the periodicity detected, most likely arises in a magnetically channelled accretion flow characteristic of intermediate polars. The pulsed fraction of the 3.51-h modulation decreases with energy as observed in the X-ray light curves of magnetic cataclysmic variables, possibly due either to occultation of the accretion column by the white dwarf body or phase-dependent to absorption. We do not find the 57-s white dwarf spin period, with a pulse amplitude of 4 mmag, reported by Woudt et al. in either the OM data, which are sensitive to pulse amplitudes ?0.03 mag, or the EPIC data, sensitive to pulse fractions p? 14 +/- 2 per cent.

Le sfide traduttive dei sintagmi nominali con modificatori in posizione prenominale nell'interpretazione simultanea dall'inglese in italiano: uno studio sul corpus Epic

Questa ricerca si concentra sulla gestione dei sintagmi nominali complessi nell’interpretazione simultanea in italiano dei discorsi inglesi del corpus elettronico EPIC (European Parliament Interpreting Corpus). EPIC contiene le trascrizioni di discorsi pronunciati al Parlamento europeo in inglese, italiano e spagnolo e le rispettive interpretazioni nelle altre due lingue. Per quest’analisi sono stati utilizzati due sottocorpora: I discorsi originali inglesi e i rispettivi discorsi interpretati in italiano. L’obiettivo del progetto era estrarre i sintagmi nominali complessi dal sottocorpus dei discorsi inglesi e confrontarli con le rispettive traduzioni in italiano per studiare le strategie adottate dagli interpreti. L’ipotesi iniziale era che i sintagmi nominali complessi sono una sfida traduttiva. I sintagmi analizzati erano stringhe di parole formate da una testa nominale preceduta da due o più modificatori, che potevano essere aggettivi, sostantivi, avverbi, numeri cardinali e genitivi. Nel primo capitolo sono state descritte le caratteristiche dei modificatori sia in inglese che in italiano. Il secondo capitolo espone lo stato dell’arte degli studi di interpretazione basati sui corpora, con una sezione dedicata agli studi svolti su EPIC. Il terzo capitolo si concentra sulla metodologia utilizzata. I dati sono stati estratti automaticamente con tre espressioni di ricerca e poi selezionati manualmente secondo dei criteri di inclusione e di esclusione. I sintagmi nominali scelti sono stati confrontati con le corrispondenti traduzioni in italiano e classificati secondo il modello teorico delle relazioni traduttive di Schjoldager (1995). Il quarto capitolo contiene I dati raccolti, che sono stati analizzati nel quinto capitolo sia da un punto di vista quantitativo che qualitativo. I sintagmi nominali in tutto il sottocorpus sono stati confrontati con i sintagmi nominali di gruppi specifici di testi, suddivisi secondo la velocità di eloquio e la modalità di presentazione. L’ipotesi iniziale è stata in parte confermata e sono state descritte le strategie traduttive adottate dagli interpreti.

Active Translation into English and Italian of Hosseini's adaptation of the Persian epic,"Shahname"

This thesis proposes a translation from Persian into Italian and English of an ancient Persian epic called Shahname, or literally “The Book of Kings,” by Ferdosi, first published in the 11th century CE. The translation proposed, however, is not based on the original book by Ferdosi, which is written all in verse, but rather, an edited, shorter, and simplified version written in prose, by Mohamad Hosseini, first published in 2013. Nonetheless, in his version, Hosseini included some of the verses from the original poems in order to show the value and the beauty of Ferdosi’s writing. Many translations of Ferdosi’s book have been made into English, but only one translation has been made into Italian, by one Italo Pizzi, in 8 volumes, all in verse, in 1886. This thesis analyses and discusses the choices made for the two translations presented into English and Italian. My project is not only to propose translations of Hosseini’s version, but to also introduce the reader to the Persian culture, and to the life of the most famous Iranian epic writer, Ferdosi, and his masterpiece, Shahname.

The Visual, the Epic, and Pasternak’s ‘Devjat’son pjatyj god’

In this study I consider the role of poetic description in Pasternak’s ‘Deviat’sot piatyi god’ (‘1905’) in the context of the genre of the poema. Descriptive passages in poetic narratives, as a rule, provide a static setting for a protagonist’s actions. In the absence of any single hero in Pasternak’s poema, topography itself begins to move. I examine the categories of stasis and motion, central to ‘1905’, at the intersection of the visual and the verbal. The idea of reanimating the events of the first Russian revolution twenty years after the fact borders on the ekphrastic in places, where the poet transposes techniques and genres from the visual arts into a verse epic. Finally, I suggest that aesthetic perception itself is the dominant principle in the poema, as opposed to documentary faithfulness, which is traditionally emphasized in the scholarship on this work.

A Hebrew Deluge story in cuneiform : and other epic fragments in the Pierpont Morgan Library

by Albert T. Clay

EPIC (Entorno de Páncreas Artificial con Interfaz Clínica)

La Diabetes Mellitus se define como el trastorno del metabolismo de los carbohidratos, resultante de una producción insuficiente o nula de insulina en las células beta del páncreas, o la manifestación de una sensibilidad reducida a la insulina por parte del sistema metabólico. La diabetes tipo 1 se caracteriza por la nula producción de insulina por la destrucción de las células beta del páncreas. Si no hay insulina en el torrente sanguíneo, la glucosa no puede ser absorbida por las células, produciéndose un estado de hiperglucemia en el paciente, que a medio y largo plazo si no es tratado puede ocasionar severas enfermedades, conocidos como síndromes de la diabetes. La diabetes tipo 1 es una enfermedad incurable pero controlable. La terapia para esta enfermedad consiste en la aplicación exógena de insulina con el objetivo de mantener el nivel de glucosa en sangre dentro de los límites normales. Dentro de las múltiples formas de aplicación de la insulina, en este proyecto se usará una bomba de infusión, que unida a un sensor subcutáneo de glucosa permitirá crear un lazo de control autónomo que regule la cantidad optima de insulina aplicada en cada momento. Cuando el algoritmo de control se utiliza en un sistema digital, junto con el sensor subcutáneo y bomba de infusión subcutánea, se conoce como páncreas artificial endocrino (PAE) de uso ambulatorio, hoy día todavía en fase de investigación. Estos algoritmos de control metabólico deben de ser evaluados en simulación para asegurar la integridad física de los pacientes, por lo que es necesario diseñar un sistema de simulación mediante el cual asegure la fiabilidad del PAE. Este sistema de simulación conecta los algoritmos con modelos metabólicos matemáticos para obtener una visión previa de su funcionamiento. En este escenario se diseñó DIABSIM, una herramienta desarrollada en LabViewTM, que posteriormente se trasladó a MATLABTM, y basada en el modelo matemático compartimental propuesto por Hovorka, con la que poder simular y evaluar distintos tipos de terapias y reguladores en lazo cerrado. Para comprobar que estas terapias y reguladores funcionan, una vez simulados y evaluados, se tiene que pasar a la experimentación real a través de un protocolo de ensayo clínico real, como paso previo al PEA ambulatorio. Para poder gestionar este protocolo de ensayo clínico real para la verificación de los algoritmos de control, se creó una interfaz de usuario a través de una serie de funciones de simulación y evaluación de terapias con insulina realizadas con MATLABTM (GUI: Graphics User Interface), conocido como Entorno de Páncreas artificial con Interfaz Clínica (EPIC). EPIC ha sido ya utilizada en 10 ensayos clínicos de los que se han ido proponiendo posibles mejoras, ampliaciones y/o cambios. Este proyecto propone una versión mejorada de la interfaz de usuario EPIC propuesta en un proyecto anterior para gestionar un protocolo de ensayo clínico real para la verificación de algoritmos de control en un ambiente hospitalario muy controlado, además de estudiar la viabilidad de conectar el GUI con SimulinkTM (entorno gráfico de Matlab de simulación de sistemas) para su conexión con un nuevo simulador de pacientes aprobado por la JDRF (Juvenil Diabetes Research Foundation). SUMMARY The diabetes mellitus is a metabolic disorder of carbohydrates, as result of an insufficient or null production of insulin in the beta cellules of pancreas, or the manifestation of a reduced sensibility to the insulin from the metabolic system. The type 1 diabetes is characterized for a null production of insulin due to destruction of the beta cellules. Without insulin in the bloodstream, glucose can’t be absorbed by the cellules, producing a hyperglycemia state in the patient and if pass a medium or long time and is not treated can cause severe disease like diabetes syndrome. The type 1 diabetes is an incurable disease but controllable one. The therapy for this disease consists on the exogenous insulin administration with the objective to maintain the glucose level in blood within the normal limits. For the insulin administration, in this project is used an infusion pump, that permit with a subcutaneous glucose sensor, create an autonomous control loop that regulate the optimal insulin amount apply in each moment. When the control algorithm is used in a digital system, with the subcutaneous senor and infusion subcutaneous pump, is named as “Artificial Endocrine Pancreas” for ambulatory use, currently under investigate. These metabolic control algorithms should be evaluates in simulation for assure patients’ physical integrity, for this reason is necessary to design a simulation system that assure the reliability of PAE. This simulation system connects algorithms with metabolic mathematics models for get a previous vision of its performance. In this scenario was created DIABSIMTM, a tool developed in LabView, that later was converted to MATLABTM, and based in the compartmental mathematic model proposed by Hovorka that could simulate and evaluate several different types of therapy and regulators in closed loop. To check the performance of these therapies and regulators, when have been simulated and evaluated, will be necessary to pass to real experimentation through a protocol of real clinical test like previous step to ambulatory PEA. To manage this protocol was created an user interface through the simulation and evaluation functions od therapies with insulin realized with MATLABTM (GUI: Graphics User Interface), known as “Entorno de Páncreas artificial con Interfaz Clínica” (EPIC).EPIC have been used in 10 clinical tests which have been proposed improvements, adds and changes. This project proposes a best version of user interface EPIC proposed in another project for manage a real test clinical protocol for checking control algorithms in a controlled hospital environment and besides studying viability to connect the GUI with SimulinkTM (Matlab graphical environment in systems simulation) for its connection with a new patients simulator approved for the JDRF (Juvenil Diabetes Research Foundation).

Mahabharata, the epic of ancient India;

Disbound Original Held in Oak Street Library Facility.