865 research outputs found
Du ‘déponent’ guillaumien à l’‘hypothèse inaccusative’. Étapes d’une notion métalinguistique.
No full textÎn ianuarie 1943 apăreae aarticolul lui Gustave Guillaume: „Există un deponent în limba franceză?”. Făcând apel la binomul „diateză analitică – diateză sintetică”, autorul proiectează o lumină nouă asupra transformărilor sistemului verbal latin în limba franceză: el reuşeşte, în cele din urmă, să izoleze o grupă mică de verbe intransitive (cele precum „a muri”, „a se naşte”, „a intra”, „a ieşi” ş.a.m.d.) care, în relaţie cu categoria deponentului, formează o nouă diateză mixtă sintetică franceză şi reprezintă o moştenire directă din limba latină. Alţi lingvişti s-au preocupat de comportamentul intranzitivelor (splitintransitivity). În cadrul gramaticii relaţionale, Perlmutter (1978) introduce Unaccusative Hypothesis, demonstrând că subiectul prezintă caracteristici tipice ale obiectului. Pe de altă parte, abordările semantice, referindu-se la anumite criterii, printre care cel al agentivităţii şi cel „télique” sau perfectiv, au subliniat fundamental semantic al sintaxei verbelor inacuzative.In January 1943, Gustave Guillaume published an article entitled: “Is there a deponent in French?”. By using the binomial “analytical voice – synthetic voice”, the author sheds new light on the transformation of the Latin verbal system in French: he isolates a small group of intransitive verbs (such as ‘mourir’, ‘naître’, ‘entrer’, ‘sortir’ etc.) pertaining to the category of Latin deponents, which have formed in French a new synthetic mixed voice, and are a direct legacy of Latin. Since then, the behaviour of intransitive verbs has been an area of some interest for other linguists (cf. split intransitivity). Within the framework of relational grammar, Perlmutter (1978) introduced the Unaccusative Hypothesis, showing that the subject of these verbs has the typical characteristics of an object. On the other hand, semantic approaches have put forward a set of criteria like agentivity and telicity in order to stress the semantic basis of the syntax of unaccusative verbs.En janvier 1943, paraissait l’article de Gustave Guillaume : « Existe-t-il un déponent en français ?». En faisant appel au binôme ‘voix analytique - voix synthétique’, l’auteur jette une lumière nouvelle sur les transformations du système verbal latin en français : il parvient enfin à isoler un petit groupe de verbes intransitifs (tels que ‘mourir’, ‘naître’, ‘entrer’, ‘sortir’ etc.) qui, relevant de la catégorie du déponent, forment une nouvelle voix mixte synthétique française et représentent un héritage direct du latin. D’autres linguistes se sont ensuite intéressés au comportement des intransitifs (cf. split intransitivity). Dans le cadre de la grammaire relationnelle, Perlmutter (1978) introduit la UnaccusativeHypothesis, montrant que le sujet présente des caractéristiques typiques de l’objet. D’autre part, les approches sémantiques se référant à certains critères dont l’agentivité et la télicité, ont souligné le fondement sémantique de la syntaxe des verbes inaccusatifs
A study of the behaviour and interactions of the novel FERM protein Willin
No full textWillin is a novel member of the Four-point-one Ezrin Radixin Moesin
(FERM) protein superfamily, containing an N-terminal FERM domain most like the
Ezrin-Radixin-Moesin (ERM) family but also the closely related protein Merlin.
Willin was initially discovered as a yeast two-hybrid binding partner of
neurofascin155, and this interaction has now been confirmed by both co-localisation
studies and the use of two different biochemical methods. Like neurofascin155,
Willin also localises to detergent resistant membranes, and like the ERM family, it is
able to bind to phospholipids. The expression of Willin appears to be toxic as the
production of cell-lines stably expressing Willin proved to be not possible and this
appears to be because it induces apoptosis in cultured cells. This is a proliferation
control function consistent with the suggestion that Willin is the human homologue of the Drosophila tumour suppressor ‘Expanded’. Three antibodies to Willin were also characterised and a novel splice variant, Willin2, subcloned into a GFP-tagged
plasmid for comparison with the original form
Major element geochemistry of sediments from the Ross Sea, Antarctica
No full textIndicates the silicate composition of the examined sediments. The different concentrations of the major elements, their geographical distribution and inter-relations allowed the distinction of three populations of samples with specific geochemical characteristics and locations. -from Author
"Thank me therefore": Social Prestige, Probity and Self-determination of Nymue's character in Malory's "Le Morte Darthur"
No full textLes romans de la table ronde mis en nouveau langage et accompagnés de recherches sur l'origine et le caractère de ces grandes compositions,
No full textJoseph d'Arimathie & Merlin credited to Robert de Boron.v.1. Joseph d'Arimathie. -Le saint-graal.--v.2. Merlin.-Artus.Mode of access: Internet
Scholarly Program Notes for Graduate Percussion Recital: Javier Alvarez\u27s Temazcal, Andrew Thomas\u27s Merlin, David Lang\u27s Anvil Chorus, Toshio Ichiyanagi\u27s Rhythm Gradation, Kevin Put\u27s And Legions Will Rise, and Ben Wahlund\u27s Hard Boiled Capitalism and the Day Mr. Friedman Noticed Google is a Verb
No full textJAMES VILSECK, for the Masters of Music degree in MUSIC PERFORMANCE, presented on APRIL 4, 2017, at Southern Illinois University Carbondale.
TITLE: SCHOLARLY PROGRAM NOTES FOR GRADUATE PERCUSSION RECITAL: JAVIER ALVAREZ’S TEMAZCAL, ANDREW THOMAS’S MERLIN, DAVID LANG’S ANVIL CHORUS, TOSHIO ICHIYANAGI’S RHYTHM GRADATION, KEVIN PUT’S AND LEGIONS WILL RISE, AND BEN WAHLUND’S HARD BOILED CAPITALISM AND THE DAY MR. FRIEDMAN NOTICED GOOGLE IS A VERB
MAJOR PROFESSOR: Dr. Christopher L. Butler
This research paper examines the works performed by the author in his graduate percussion recital. Works include Javier Alvarez’s Temazcal, Andrew Thomas’s Merlin, David Lang’s Anvil Chorus, Toshi Ichiyanagi’s Rhythm Gradation, Kevin Put’s And Legions Will Rise, And Ben Wahlund’s Hard Boiled Capitalism And The Day Mr. Friedman Noticed Google Is A Verb. Topics covered for each work included a brief composer biography, background information of the work, analysis, and performance tips
Fundamental differences in the radio properties of red and blue quasars: kiloparsec-scale structures revealed by e-MERLIN
No full textRed quasi-stellar objects (QSOs) are a subset of the quasar population with colours consistent with reddening due to intervening dust. Recent work has demonstrated that red QSOs show special radio properties that fundamentally distinguish them from normal blue QSOs, specifically a higher incidence of low-power radio emission (1.4 GHz luminosities L1.4 ≈ 1025–1027 W Hz−1) that is physically compact when imaged by arcsecond-resolution radio surveys such as FIRST. In this work, we present e-MERLIN imaging of a set of intermediate-redshift (1.0 2 kpc). We report a statistically significant difference in the incidence of extended kpc-scale emission in red QSOs. From an analysis of the radio size distributions of the sample, we find that the excess radio emission in red QSOs can be attributed to structures that are confined to galaxy scales (10 kpc). Our results indicate that the primary mechanism that generates the enhanced radio emission in red QSOs is not directly connected with the nuclear engine or accretion disc, but is likely to arise from extended components such as AGN-driven jets or winds. © 2021 The Author(s) Published by Oxford University Press on behalf of Royal Astronomical Society.DJR and DMA acknowledge support from the UK Science and Technology Facilities Council (STFC) through ST/T000244/1. JM acknowledges financial support from the State Agency for Research of the Spanish Ministry of Science, Innovation and Universities (MCIU) through the ‘Center of Excellence Severo Ochoa’ award to the Instituto de Astrofísica de Andalucía (SEV-2017-0709) and from the grant RTI2018-096228-B-C31 (MICIU/FEDER, EU). e-MERLIN is a National Facility operated by the University of Manchester at Jodrell Bank Observatory on behalf of STFC, part of UK Research and Innovation. Funding for the SDSS and SDSS-II has been provided by the Alfred P. Sloan Foundation, the Participating Institutions, the National Science Foundation, the U.S. Department of Energy, the National Aeronautics and Space Administration, the Japanese Monbukagakusho, the Max Planck Society, and the Higher Education Funding Council for England. This work has made use of data from the European Space Agency (ESA) mission Gaia processed by the Gaia Data Processing and Analysis Consortium (DPAC). Funding for the DPAC has been provided by national institutions, in particular the institutions participating in the Gaia Multilateral Agreement.Peer reviewe
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