NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS

The new field of Neuroaesthetics introduced by the neurobiologist Semir Zeki (1999) along with the discovery of the Mirror Neuron System (Rizzolatti et al., 2001) enhanced the relations between Art and Neuroscience. Following Zeki, many neuroscientists started posing the question: “What happens in t...

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Main Authors: E Prousali, A Liozidou
Format: Article
Language:English
Published: InterOPTICS 2018-10-01
Series:Dialogues in Clinical Neuroscience & Mental Health
Online Access:http://www.obrela-journal.gr/index.php/obrela/article/view/69
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spelling doaj-0f5651cbd08f4fee9fe68a4216246ee42020-11-25T01:30:09ZengInterOPTICSDialogues in Clinical Neuroscience & Mental Health2585-27952018-10-011s310.26386/obrela.v1is3.6969NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICSE ProusaliA LiozidouThe new field of Neuroaesthetics introduced by the neurobiologist Semir Zeki (1999) along with the discovery of the Mirror Neuron System (Rizzolatti et al., 2001) enhanced the relations between Art and Neuroscience. Following Zeki, many neuroscientists started posing the question: “What happens in the brain when we experience art?”. In the same spirit, neuroscientists also addressed other problems related to aesthetics: some employed paintings or movie shots as mere stimuli to better understand brain while experiencing art (i.e. Ed.Vessel, G. Star, N. Rubin, 2012); while others employed brain imaging techniques (i.e. functional Magnetic Resonance Imaging) to study the concept of “aesthetic pleasure” (i.e. Ishizu and Zeki 2011, 2014). In the majority of the neuroimaging experiments investigating aesthetic perception, the observers/spectators were presented with paintings or music inside an fMRI scanner in order to detect the brain regions activated during aesthetic appraisal (positive or negative). In other neuroimaging experiments, observers/spectators were exposed to mimed, symbolic and meaningless hand gestures -conditions that spectators are normally faced with during experiencing different kinds of art- which have contributed with complementary results on the perceptual process. Recently, the term Embodied simulation was introduced (V. Gallese, 2017) in order to describe the brain mechanism that underlies the experience of abstract art. The proposed announcement reviews the current neuroimaging data with respect to the neural interrelations between art and cognitive functions and argues that art may well be a “behavioural complex, an inherited tendency to act in a certain way” (Dissanayake, 1992).http://www.obrela-journal.gr/index.php/obrela/article/view/69
collection DOAJ
language English
format Article
sources DOAJ
author E Prousali
A Liozidou
spellingShingle E Prousali
A Liozidou
NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
Dialogues in Clinical Neuroscience & Mental Health
author_facet E Prousali
A Liozidou
author_sort E Prousali
title NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
title_short NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
title_full NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
title_fullStr NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
title_full_unstemmed NATURALIZING ART: A REVIEW OF THE INTERDISCIPLINARY FIELD BETWEEN NEUROIMAGING AND AESTHETICS
title_sort naturalizing art: a review of the interdisciplinary field between neuroimaging and aesthetics
publisher InterOPTICS
series Dialogues in Clinical Neuroscience & Mental Health
issn 2585-2795
publishDate 2018-10-01
description The new field of Neuroaesthetics introduced by the neurobiologist Semir Zeki (1999) along with the discovery of the Mirror Neuron System (Rizzolatti et al., 2001) enhanced the relations between Art and Neuroscience. Following Zeki, many neuroscientists started posing the question: “What happens in the brain when we experience art?”. In the same spirit, neuroscientists also addressed other problems related to aesthetics: some employed paintings or movie shots as mere stimuli to better understand brain while experiencing art (i.e. Ed.Vessel, G. Star, N. Rubin, 2012); while others employed brain imaging techniques (i.e. functional Magnetic Resonance Imaging) to study the concept of “aesthetic pleasure” (i.e. Ishizu and Zeki 2011, 2014). In the majority of the neuroimaging experiments investigating aesthetic perception, the observers/spectators were presented with paintings or music inside an fMRI scanner in order to detect the brain regions activated during aesthetic appraisal (positive or negative). In other neuroimaging experiments, observers/spectators were exposed to mimed, symbolic and meaningless hand gestures -conditions that spectators are normally faced with during experiencing different kinds of art- which have contributed with complementary results on the perceptual process. Recently, the term Embodied simulation was introduced (V. Gallese, 2017) in order to describe the brain mechanism that underlies the experience of abstract art. The proposed announcement reviews the current neuroimaging data with respect to the neural interrelations between art and cognitive functions and argues that art may well be a “behavioural complex, an inherited tendency to act in a certain way” (Dissanayake, 1992).
url http://www.obrela-journal.gr/index.php/obrela/article/view/69
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