ISTITUTO SVIZZERO
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Conferenza, Keynote, Via Liguria 20, Roma
H18:30-19:30
Location
Via Liguria 20, Roma
Category
Conferenza, Keynote
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L’evento si svolgerà in italiano
Benvenuto Cellini, ovvero la storia dell’arte come storia degli artisti
Al più tardi da quando lo storico dell’arte svizzero Heinrich Wölfflin invocò nel 1915 una “storia dell’arte senza nomi”, la disciplina ha cercato di allinearsi alle altre discipline accademiche, organizzando e studiando i propri argomenti secondo categorie concettuali generali. Da allora la personalità dell’artista, che era stata al centro dell’attenzione sin dagli albori della letteratura artistica, è passata sempre più in secondo piano.
Questa conferenza propone un ritorno all’artista, non sotto il primato dell’estetica del genio o del mero biografismo, ma da una prospettiva antropologica. Il focus è su Benvenuto Cellini (1500–1571), la cui autobiografia viene considerata come il testo fondatore di una storia dell’arte che concepisce le energie fisiche e psichiche come agenti fondamentali della creazione artistica.
L’evento può essere fotografato e/o videoregistrato per scopi di archiviazione, educativi e per scopi promozionali correlati. Partecipando a questo evento, date il vostro consenso a essere fotografate/i e/o videoregistrate/i.
Andreas Beyer è stato professore di Storia dell’arte del primo periodo moderno all’Università di Basilea fino al 2025. Fu direttore del Centre Allemand d’Histoire de l’Art di Parigi (2009-2014) ed è attualmente Senior Fellow presso l’Istituto Svizzero di Roma. I suoi libri più recenti sono Il corpo dell’artista. La traccia nascosta della vita nell’arte (Einaudi, Saggi, Torino 2023) e Benvenuto Cellini and the embodiment of the modern artist (Reaktion Books, Londra 2025).
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Perseus (Benvenuto Cellini), Loggia dei Lanzi, Firenze.
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Fabrication and Construction of Tor Alva, 3D-Concrete extrusion, ETHZ RFL. © Girts Apskalns
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: Construction of Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © CheWei Lin
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: View from Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Andrei Jipa
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Coopérative Soubeyran housing by atba SA architecture + énergie. © Jaromir Kreiliger
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Building: Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Andrei Jipa
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Assembly of Tor Alva, the world’s tallest 3D-printed building in the Alpine village of Mulegns, Switzerland. Designed by Benjamin Dillenburger and Michael Hansmeyer (ETH Zürich). © Hansmeyer/Dillenburger
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Bombasei straw bale housings by Atelier Schmidt GmbH. © Damian Poffet
Photo series documenting Swiss innovation in architecture, engineering, and materials for sustainable environments. Image from “The Atlas of Regenerative Materials”, a project initiated by the chair of sustainable construction at ETH Zürich. Building: Coopérative Soubeyran housing by atba SA architecture + énergie. © Jaromir Kreiliger