5,585 research outputs found
Homer’s Allusive Art
Artykuł jest fragmentem książki Bruno Curriego Homer’s Allusive Art, Oxford University Press, Oxford 2016, s 1-9, 12-18.
W swojej książce Homer’s Allusive Art. Bruno Currie broni tezy, w ramach której uznaje, że w najstarszych zachowanych przykładach greckiej poezji heksametrycznej można wykryć na-wiązania do wcześniejszej greckiej poezji epickiej. Punktem wyjścia dla argumentacji zaprezentowanej w jego książce jest krytyczne omówienie i połączenie dwóch wpływowych, lecz odmiennych podejść badawczych wprowadzonych do studiów nad Homerem przez Foleya (tradycyjna referencjalność) oraz Pasquali’ego (sztuka aluzji). Swojego własnego stanowiska wobec obecności refleksów wcześniejszej poezji w między innymi Iliadzie broni autor poprzez stworzenie rygorystycznych ram teoretycznych, zastosowanie bogatej ilustracji w postaci przykładów (czerpanych nie tylko z greckiej tradycji epickiej) oraz poprzez skuteczną polemikę z poglądami innych badaczy.Under the „All rights reserved” license we publish Polish translation of the fragment of Bruno Currie Homer’s Allusive Art, Oxford University Press, Oxford 2016, pp. 1-9, 12-18
La teoría de la mente y el autoconcepto de Penélope en el canto 23 de Odisea
Este trabajo aplica el criterio de "lectura de la mente" ("mind reading") a la escena del reconocimiento entre Penélope y Odiseo (Od. 23.1-230). Sostiene que el "reconocimiento" es más complejo que lo que normalmente se admite e implica una dimensión tanto "interna" como "externa". En consecuencia, hay más en juego en esta escena que un simple "cambio de la ignorancia al conocimiento", a lo Aristóteles: el componente emocional y la necesidad del sentido personal de Penélope de encontrar expresión, son esenciales.Fil: Currie, Bruno. University of Oxford / Oriel College
La teoría de la mente y el autoconcepto de Penélope en el canto 23 de Odisea
Este trabajo aplica el criterio de "lectura de la mente" ("mind reading") a la escena del reconocimiento entre Penélope y Odiseo (Od. 23.1-230). Sostiene que el "reconocimiento" es más complejo que lo que normalmente se admite e implica una dimensión tanto "interna" como "externa". En consecuencia, hay más en juego en esta escena que un simple "cambio de la ignorancia al conocimiento", a lo Aristóteles: el componente emocional y la necesidad del sentido personal de Penélope de encontrar expresión, son esenciales.Fil: Currie, Bruno. University of Oxford / Oriel College
La teoría de la mente y el autoconcepto de Penélope en el canto 23 de Odisea
Este trabajo aplica el criterio de "lectura de la mente" ("mind reading") a la escena del reconocimiento entre Penélope y Odiseo (Od. 23.1-230). Sostiene que el "reconocimiento" es más complejo que lo que normalmente se admite e implica una dimensión tanto "interna" como "externa". En consecuencia, hay más en juego en esta escena que un simple "cambio de la ignorancia al conocimiento", a lo Aristóteles: el componente emocional y la necesidad del sentido personal de Penélope de encontrar expresión, son esenciales.Fil: Currie, Bruno. University of Oxford / Oriel College
A Spectrometric Device To Measure Species Concentrations Close to the Surface During Re-entry
An innovative approach to measure the effects of heterogeneous catalysis during re-entry has been proposed in the framework of the instrumentation planned for the ESA-EXPERT mission.
So far measurements of species concentrations during re-entry by a spectrometer has been performed only by the Japanese READ experiment (USERS mission), using a spectrometer located inside the capsule and oriented toward the stagnation point.
The goal is to measure the recombination coefficient by measuring gas species close to the surface. The main elements of the diagnostic system are: a light capture device and a multi-channel spectrometer. Dimensions and features of the diagnostic system components have been defined.
A sapphire pole, 3mm high from the surface, is used to look directly at the surface during re-entry, measuring what ’happens’ close to the surface of a SiC/C sample. Sapphire is necessary to stand high temperatures (its melting point is almost 2300 K) and to transmit in the UV (where emission of NO is strong).
The multi-channel spectrometer has 24 channels and a spectral resolution of 0.25 nm/pixel. A multi-channel spectrometer is needed to determine the spectra at a location.
The pole will be located at about 500 mm from the end of the EXPERT nose, protruding from a SiC/C sample.
A preliminary test to validate the feasibility of the device has been planned: the CFD results obtained by CIRA for the flow close to the SiC/C sample, in condition of max heat flux, will be fed to a spectra rebuilding software (PARADE); the spectra calculated in this way will be compared with the spectra measured by the light capture device and generated by the 1200KW VKI induction Plasmatron.
By knowing the spectral emissions of species such as O, N and their molecules, including NO, it will be possible to determine the presence and concentration of these species. The species produced by surface recombination are excited; therefore the concentration of recombined molecules will be determined by distinguishing the excited gas species with respect to the non excited. The recombination coefficient will be calculated applying the kinetic model of Bruno et al. for heterogeneous catalysis. The surface heat flux has to be known to perform this calculation, and it will eventually be provided by other EXPERT measurements
Introducing “La fabrique du droit”. A Conversation with Bruno Latour
Bruno Latour talks with Paolo Landri about his book on the Conseil d'Etat (La Fabrique du droit). The conversation was held in 2006 at the time of the Italian translation of the book and illustrates the research project and the difficulties the author had in the field. At the same time, it clarifies the trajectories of Bruno Latour's work and theoretical framework of his program of study with respect to sociology, anthropology, and philosophy of law. The conversation helps to understand the open-ended character of Bruno Latour's research and reflection including STS as well as sociological, anthropological and philosophical themes
BRUNO CURRIE, Herodotus as Homeric Critic: HISTOS Supplement 13, Oxford, HISTOS, 2021, 109 p., ISSN (Online): 2046-5963; (Print):2046-5955
Această lucrare își propune să exploreze felul în care se raportează Herodot la Homer, în speță la criticile aduse poetului. Bruno Currie este lingvist și profesor de limbi clasice, lucru care se vede pe tot parcursul lucrării, prin modul în care navighează printre pasajele autorilor antici și prin felul în care analizează sistematic structurile gramaticale. Discuția pe care o inițiază are drept nucleu două pasaje faimoase din Istorii, din capitolul al 2-lea (117-116), respectiv, din capitolul 53. Autorul argumentează faptul că Herodot anticipează diverse poziții pe care autori precum Aristotel, Eratosthenes, Aristarchus sau Strabo le iau în domeniul criticii homerice
Author Correction: Collection of the digital data from the neurological examination.
In this article, the corresponding author was inadvertently designated only to “Bruno Kusznir Vitturi” but it should have been “Bruno Kusznir Vitturi” and “Walter Maetzler”. The original article has been corrected
On Bruno Schulz’s Bookplates
The Polish version of the article was published in Roczniki Humanistyczne vol. 64, issue 1 (2016).
The article enters into a dialogue with the interpretation of Bruno Schulz’s bookplates made by Władysław Panas in his book Bruno od Mesjasza (Bruno of the Messiah) (Lublin 2001). An attempt to understand them in a different (less holistic) way leads the author of the article to the conclusion that in Schulz’s plates the first veiled variant of the mythical Book may be seen—of the fundamental motif of Bruno Schulz’s later literary work
Jordan "Bruno" Gegenhuber '16 Publishes First-Author Research
Jordan "Bruno" Gegenhuber '16 had first-author research, "Gene regulation by gonadal hormone receptors underlies brain sex differences," published in nature magazine on May 4, 2022.Jordan "Bruno" Gegenhuber '16 had first-author research, "Gene regulation by gonadal hormone receptors underlies brain sex differences," published in Nature magazine on May 4, 2022.
Sex hormones play a central role in shaping behavior throughout the animal kingdom, and this study maps where the receptor for estrogen binds to DNA in neurons that regulate rodent social interactions. The findings reveal that estrogen establishes lasting sex differences in gene expression and neuroanatomy during brain development, and identifies hundreds of genes that may mediate estrogen's effects on behavior and disease.
Gegenhuber earned a PhD from the Cold Springs Harbor Laboratory School of Biological Sciences in Long Island, N.Y.. in May 2022. His field of research is in neuroscience, and he has accepted a postdoctoral research position at Harvard Medical Center in Boston, Mass. He also holds the honor of being the Pacific Class of 2016 Valedictorian
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