87,960 research outputs found

    Samuele Telari, acordeón (Italia)

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    Samuele Telari es un «artista cuya abrumadora musicalidad va más allá de su instrumento» (Il Sole24Ore). En 2019 fue premiado en las Audiciones Internacionales de YCAT celebradas en el Wigmore Hall. Adicionalmente, ganó el primer puesto en los concursos de Arassate-Hiria (España) en 2018 y de Castelfidardo (Italia) en 2013. Ha colaborado con la mezzosoprano Ema Nikolovska, el Cuarteto Castalian y el Cuarteto Hermès. Telari ha grabado varios álbumes con el sello Delphian y, en varias ocasiones, se ha presentado en Europa. Entre sus actuaciones más destacadas se incluyen las realizadas en Società dei Concerti (Milán), Amici della Musica di Firenze, Cité de la musique et de la danse (Estrasburgo) y Berlin Philharmonie. Como solista con orquesta, estrenó el Concierto para acordeón y orquesta de Enrico Blatti junto con la Orquesta Estatal del Hermitage, en San Petersburgo; e interpretó el Concierto Opale de Richard Galliano con I Virtuosi Italiani. Sus compromisos durante la temporada 2020-2021 incluyen recitales en el Wigmore Hall, Snape Maltings, Festspiele Mecklenburg-Vorpommern, Festival de la Academia de Verbier, Schlern Music (Norte de Italia) y la serie Divertimento Ensemble Rondò (Milán). Samuele Telari nació en Spoleto (Italia) y es profesor en los conservatorios ‘Gesualdo da Venosa’ de Potenza, ‘Bruno Maderna’ de Cesena y ‘F. A. Bonporti’ de Trento. Video disponible del miércoles 3 de marzo al viernes 2 de abril de 2021 en el perfil de Facebook de la Sala de Conciertos de la Biblioteca Luis Ángel Arango y en el canal de YouTube de Banrepcultural

    Samuele Telari

    No full text
    Samuele Telari es un «artista cuya abrumadora musicalidad va más allá de su instrumento» (Il Sole24Ore). En 2019 fue premiado en las Audiciones Internacionales de YCAT celebradas en el Wigmore Hall. Adicionalmente, ganó el primer puesto en los concursos de Arassate-Hiria (España) en 2018 y de Castelfidardo (Italia) en 2013. Ha colaborado con la mezzosoprano Ema Nikolovska, el Cuarteto Castalian y el Cuarteto Hermès. Telari ha grabado varios álbumes con el sello Delphian y, en varias ocasiones, se ha presentado en Europa. Entre sus actuaciones más destacadas se incluyen las realizadas en Società dei Concerti (Milán), Amici della Musica di Firenze, Cité de la musique et de la danse (Estrasburgo) y Berlin Philharmonie. Como solista con orquesta, estrenó el Concierto para acordeón y orquesta de Enrico Blatti junto con la Orquesta Estatal del Hermitage, en San Petersburgo; e interpretó el Concierto Opale de Richard Galliano con I Virtuosi Italiani. Sus compromisos durante la temporada 2020-2021 incluyen recitales en el Wigmore Hall, Snape Maltings, Festspiele Mecklenburg-Vorpommern, Festival de la Academia de Verbier, Schlern Music (Norte de Italia) y la serie Divertimento Ensemble Rondò (Milán). Samuele Telari nació en Spoleto (Italia) y es profesor en los conservatorios ‘Gesualdo da Venosa’ de Potenza, ‘Bruno Maderna’ de Cesena y ‘F. A. Bonporti’ de Trento. Video disponible del miércoles 3 de marzo al viernes 2 de abril de 2021 en el perfil de Facebook de la Sala de Conciertos de la Biblioteca Luis Ángel Arango y en el canal de YouTube de Banrepcultural

    The relationship between ADHD and obesity: implications for therapy

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    Increasing attention is being paid to the relationship between attention deficit/hyperactivity disorder (ADHD) and obesity. While most available research focused on determining the extent of the association between ADHD and obesity, a few studies have examined the clinical implications of diagnosing/treating ADHD in individuals with obesity. Here, we provide a narrative review of studies addressing the impact of ADHD, or its treatment, in individuals with obesity. Reviewed studies suggest that ADHD impedes the successful treatment of obesity in individuals with comorbid ADHD and obesity. Preliminary evidence also suggests that ADHD treatment might significantly increase the effectiveness of weight management strategies. We discuss the limitations of the reviewed studies and provide suggestions for future research in the field

    Neuroimaging of attention-deficit/hyperactivity disorder: current neuroscience-informed perspectives for clinicians

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    The neuroimaging literature on attention-deficit/hyperactivity disorder (ADHD) is growing rapidly. Here, we provide a critical overview of neuroimaging studies published recently, highlighting perspectives that may be of relevance for clinicians. After a comprehensive search of PubMed, Ovid, Web of Science, and EMBASE, we located 41 pertinent papers published between January 2011 and April 2012, comprising both structural and functional neuroimaging studies. This literature is increasingly contributing to the notion that the pathophysiology of ADHD reflects abnormal interplay among large-scale brain circuits. Moreover, recent studies have begun to reveal the mechanisms of action of pharmacological treatment. Finally, imaging studies with a developmental perspective are revealing the brain correlates of ADHD over the lifespan, complementing clinical observations on the phenotypic continuity and discontinuity of the disorder. However, despite the increasing potential to eventually inform clinical practice, current imaging studies do not have validated applications in day-to-day clinical practice. Although novel analytical techniques are likely to accelerate the pace of translational applications, at the present we advise caution regarding inappropriate commercial misuse of imaging techniques in ADHD

    Coordinated contribution of wind turbines to frequency regulation by model predictive control

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    This work proposes an innovative control technique for improving the contribution to the grid frequency regulation provided by a set of wind power generators belonging to a wind farm. Models of individual generators and of the conventional grid primary frequency control are developed and used for designing a model predictive controller. A proper estimation algorithm is also introduced in order to provide both the dynamical state of the wind turbines and the actual local wind conditions to the regulator. The availability of this data makes the control algorithm able to improve the participation of the whole wind farm to the frequency regulation by suitably coordinating and differentiating the contribution of the individual generators. The proposed strategy is tested on a large wind farm using a dedicated real-time/real-data simulation environment

    An Optimal Model-Based Control Technique to Improve Wind Farm Participation to Frequency Regulation

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    This paper presents a model-based control technique to provide the contribution of wind power generators to primary frequency regulation in electric power systems. Models of individual wind power generators and wind farm (WF) as a whole are presented and the proposed control strategy is detailed. It consists of a central controller, a central Kalman filter (KF), and some local KFs, one for each wind turbine. The central controller is disabled in normal operation conditions and its task is to set the power reference for each wind turbine, overwriting the local reference, when a disturbance occurs. Central KF is in charge of estimating the external load variation, while each local KF estimates wind speed and the wind turbine’s dynamical state. The key feature of this approach is that each wind turbine can react to grid disturbances in a different way, which depends on wind speed as seen by the wind turbine itself and by its dynamical conditions. Real wind data and a large WF connected to the grid in a dedicated simulation environment have been used to test the effectiveness of the proposed control strategy
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