278,473 research outputs found
Månadens musikforskning : Susanne Rosenberg - Folk Song Lab
Susanne Rosenberg är professor i folksång vid Kungl. Musikhögskolan där hon både undervisar och forskar. Här berättar Susanne Rosenberg om sitt aktuella forskningsprojekt inom konstnärlig forskning med stöd av Vetenskapsrådet – Folk Song Lab. I projektet utvecklas metoder för kollektiv improvisation med utgångspunkt från “performans”-begreppet i svensk folksång; dess kognitiva ramar såsom form, tonalitet, text, sångstil. Projektet är explorativt, alltså utforskande och sker genom kollektiv improvisation i sessions där konstnärliga metoder testas och utvärderas. Förutom folksång som plattform används också flow-parametrar som utgångspunkt för metoderna, något Rosenberg utvecklat i tidigare forskning. Medforskare i projektet är Maria Misgeld, Sofia Sandén, Eva Rune från KMH och Fredrik Ullén och Örjan de Manzano från KI. Susanne Rosenberg är ledamot av Kungl. Musikaliska Akademin sedan 2015.</p
Construct validity, dimensionality and factorial invariance of the Rosenberg Self Esteem Scale: A bifactor modelling approach among children of prisoners
The Rosenberg Self Esteem Scale (RSES; Rosenberg, 1989) has traditionally been conceptualised as a unidimensional measure of self-esteem but empirical evidence is equivocal, with some studies supporting a one-factor solution and others favouring multidimensional models. The aim of this study was to examine the factor structure, factorial invariance and composite reliability of the RSES within a European sample of children affected by parental imprisonment (N = 724). The study specified and tested six alternative factor models using conventional confirmatory factor analytic (CFA) techniques and a confirmatory bifactor modelling approach. The RSES was most effectively represented by a bifactor model including a general self-esteem factor comprising of all ten scale items and separate method effects for the positively and negatively phrased items. This model was found to be factorially invariant among boys and girls. Composite reliability indicated good internal consistency for the general self-esteem dimension but slightly less so for the positive and negative methods effects. Results are discussed in terms resolving the debate surrounding the appropriate factor structure and scoring of the RSES
I. Quod bene vortat summus S. Angelorum Princeps Jesus De Angelis eorumque ... primum dicturis est Paulus Liebe ... Hoc Programmate submisse orat M. Johannes Rosenberg Schol. Budiss. Evangel. design. Rector.
I. QUOD BENE VORTAT SUMMUS S. ANGELORUM PRINCEPS JESUS DE ANGELIS EORUMQUE ... PRIMUM DICTURIS EST PAULUS LIEBE ... HOC PROGRAMMATE SUBMISSE ORAT M. JOHANNES ROSENBERG SCHOL. BUDISS. EVANGEL. DESIGN. RECTOR.
I. Quod bene vortat summus S. Angelorum Princeps Jesus De Angelis eorumque ... primum dicturis est Paulus Liebe ... Hoc Programmate submisse orat M. Johannes Rosenberg Schol. Budiss. Evangel. design. Rector. ([1])
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Shloyme Rosenberg collection, undated, 1940-1977.
Collection consists of manuscripts and newspaper columns written by Shloyme Rosenberg (under his own name as well as under various pseudonyms). Collection also includes correspondence, journal publications, reviews, and speeches.Gift of Marc Rosenberg,far031
The Factor Structure and Composite Reliability of the Rosenberg Self-Esteem Scale among Ex-Prisoners
The aim of this study was to examine the factor structure and composite reliability of the
Rosenberg Self-Esteem Scale (RSES) using a sample of 669 ex-prisoners identified in the National Survey of American Life. Six distinct factor models, with uncorrelated measurement error terms, were specified and tested using confirmatory factor analysis (CFA). Results indicated that the two-factor model consisting of positive and negative latent variables provided a better fit to the data than the alternative models. Moreover, only positive self-esteem was a significant predictor of recidivism. Composite reliability indicated that the two factors were measured with very good reliability. The results consequently provide additional support for a two-dimensional model of the RSES within offender populations
Introduzione al volume "Le vie della tecnologia" di Nathan Rosenberg
Il volume raccoglie una traduzione di saggi pubblicati in inglese come "Perspective on technology" di Nathan Rosenberg (edizione originale. Cambridge Universirty Press 1976). L'introduzione inquadra le principali categorie analitiche elaborate da Rosenberg: il concetto di 'convergenze tecnologiche', intese come processo intersettoriale di creazione di tecnologia; la 'disintegrazione verticale', come modo per raggiungere un più elevato livello di specializzazione produttiva e fonte potenziale di nuove invenzioni; il 'learning by using', come processo innovativo determinato dall'interazione tra settori produttori e settori utilizzatori di beni capitali; il ruolo cruciale dell'interazione tra settore dei beni di investimento e settore dei beni di consumo come elemento di connessione tra il cambiamento tecnologico e lo sviluppo economico; la capacità delle invenzioni incrementali di favorire lo sviluppo delle innovazioni maggiori e di attenuare le discontinuità tecnologiche; l'importanza della struttura economica e dei fattori ambientali e istituzionali nel processo di diffusione di una invenzione.
I saggi tradotti: Introduzione all'edizione inglese; Il cambiamento tecnologico nell'industria delle macchine utensili (1840-1910); Problemi della concettualizzazione dell'innovazione tecnologica da parte dell'economista; La direzione del cambiamento tecnologico: meccanismi di induzione e dispositivi di focalizzazione; Beni capitali, tecnologia e crescita economica; Sviluppo economico e trasferimento della tecnologia: alcune prospettive storiche; Fattori influenzanti la diffusione della tecnologia; La tecnologia e l'ambiente: un'esplorazione economica; Innovazione tecnologica e risorse naturali: l'avarizia della natura riconsiderata; Risposte innovative a scarsità di materiali; Scienza, invenzione e crescita economica; Epilog
XXVI. De Urbium Incrementis Ex Livii Florique lib. I. nec non de Via Honoris ex Sallust. Iugurth. c. 6. 63. & 85. die 19. Aprilis ex memoria peroraturi Iohann Antonius Stephanus Marsman, Wormat. Rhen. Christianus Henrici, Budiss, Lusat. ... Vale Scholae nostrae dicturi Dn. Patronorum Et Fautorum ... scripti a M. Johanne Rosenberg/ Schol. Budiss. Evang. Rect.
XXVI. DE URBIUM INCREMENTIS EX LIVII FLORIQUE LIB. I. NEC NON DE VIA HONORIS EX SALLUST. IUGURTH. C. 6. 63. & 85. DIE 19. APRILIS EX MEMORIA PERORATURI IOHANN ANTONIUS STEPHANUS MARSMAN, WORMAT. RHEN. CHRISTIANUS HENRICI, BUDISS, LUSAT. ... VALE SCHOLAE NOSTRAE DICTURI DN. PATRONORUM ET FAUTORUM ... SCRIPTI A M. JOHANNE ROSENBERG/ SCHOL. BUDISS. EVANG. RECT.
XXVI. De Urbium Incrementis Ex Livii Florique lib. I. nec non de Via Honoris ex Sallust. Iugurth. c. 6. 63. & 85. die 19. Aprilis ex memoria peroraturi Iohann Antonius Stephanus Marsman, Wormat. Rhen. Christianus Henrici, Budiss, Lusat. ... Vale Scholae nostrae dicturi Dn. Patronorum Et Fautorum ... scripti a M. Johanne Rosenberg/ Schol. Budiss. Evang. Rect. ( - )
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Dynamics of magnetization at infinite temperature in a Heisenberg spin chain
<p>Transferred magnetization data presented in arxiv.org/abs/2306.09333. </p>
<p>The files are named according to the parameters mu, which describes the initial magnetization imbalance, and Delta, which describes the relative strengths of XX+YY and ZZ in the Hamiltonian. Each file contains a dictionary with the following keys (see manuscript for further details):</p>
<p>n: Number of qubits<br>mu: Initial magnetization imbalance parameter<br>theta: fSim-gate parameter controlling XX+YY coupling<br>phi: fSim-gate parameter controlling ZZ coupling<br>mean: Mean magnetization transfer as a function of circuit depth<br>d_mean: Uncertainty in mean magnetization transfer<br>moments: n-th central moments for n=0-4 as a function of circuit depth<br>d_moments: Uncertainty in central moments<br>skewness: Skewness of distribution of transferred magnetization as a function of circuit depth<br>d_skewness: Uncertainty in skewness as a function of circuit depth<br>kurtosis: Kurtosis of distribution of transferred magnetization as a function of circuit depth<br>d_kurtosis: Uncertainty in kurtosis as a function of circuit depth<br>Z: Expectation value of Z for each initial state, qubit and circuit depth<br>nTrials: Number of different initial states investigated</p>
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