Abstract:Scientist-artist collaborations have become a high-profile form of science communication as scientists seek creative ways to connect with publics. This qualitative case study examines one such collaboration from the perspective of scientist and artist participants’ experiences with the purpose and meaning of art. To do so, we draw on John Dewey’s concept of art as experience and Nigel Thrift and other nonrepresentational theorists’ emphasis on overlooked backgrounds that suffuse daily life. We find that sci-ar… Show more
“…In addition, our research identified a range of external goals, many of which align with those found in prior research, including goals to reveal overlooked beauty [Parks & White, 2021] and to critique and problematize [Catts & Zurr, 2018].…”
Section: Discussionsupporting
confidence: 63%
“…A subset of creators also expressed clear science communication goals, such as teaching or sharing scientific facts and making science more accessible [Burns et al, 2003], in line with some previous research into SciArt goals [Collver & Weitkamp, 2018;Parks & White, 2021]. Others shared goals that have traditionally been conceptualized as science communication-related, such as raising awareness, sparking dialogue, inspiring audiences, or encouraging participation [Kappel & Holmen, 2019;Metcalfe, 2019].…”
Section: Discussionmentioning
confidence: 66%
“…The mutual practices of science and art have a long history, dating back to the interdisciplinary work of Renaissance thinkers such as Leonardo da Vinci [Agostinho & Casaleiro, 2015;Fuller, 2020;Rock & Howard, 2019] and perhaps even earlier. More recently, however, the practice of SciArt -visual art inspired by science -has gained popularity among science and science communication practitioners and scholars [Gewin, 2013;Parks & White, 2021;Rödder, 2015]. At least some of the rising interest in SciArt may be attributed to its ability to help audiences relate to science on a personal, emotional level [Lesen, Rogan & Blum, 2016;Pirrie, Jackett, Jones & Lyon, 2018] and to spark creative thinking among both artists and scientists [Swanson, 2015].…”
Section: Literature Reviewmentioning
confidence: 99%
“…Initiatives such as SciArt Exchange 7 or Lifeology SciComm University program 8 also provide opportunities for building skills or knowledge of SciArt via online courses and training opportunities. SciArt workshops, such as the one described in Parks and White [2021], are also becoming more common at universities and research institutions, as are multi-week training initiatives, such as the Baltimore SCIART Consortium. 9…”
Section: Journeys Into Sciartmentioning
confidence: 99%
“…For example, scholars have explored the use of comics to promote public health , engage minority communities [Kearns, Baggott et al, 2021], or spark students' interest in science [Spiegel, McQuillan, Halpin, Matuk & Diamond, 2013]. Others have studied SciArt courses and workshops within higher education settings, finding that science artists in these contexts are often motivated by public education goals [Parks & White, 2021] or a desire to communicate facts effectively [Zaelzer, 2020]. Still others have examined the goals of specific initiatives, such as the Waiting for Water exhibition in Australia, which had an explicit ecological focus and a goal of inviting "a collective discourse around our environmental future of waiting for water" [Pirrie et al, 2018, p. 10].…”
Although Science Art (“SciArt”) is increasingly used in science communication as a way to make content more engaging or accessible, little is known about why artists pursue this practice or what they hope to achieve through their work. This project addresses these questions through a thematic analysis of interviews with 131 practicing science artists. We identify a diversity of goals for creating SciArt, only some of which involve communicating science.
“…In addition, our research identified a range of external goals, many of which align with those found in prior research, including goals to reveal overlooked beauty [Parks & White, 2021] and to critique and problematize [Catts & Zurr, 2018].…”
Section: Discussionsupporting
confidence: 63%
“…A subset of creators also expressed clear science communication goals, such as teaching or sharing scientific facts and making science more accessible [Burns et al, 2003], in line with some previous research into SciArt goals [Collver & Weitkamp, 2018;Parks & White, 2021]. Others shared goals that have traditionally been conceptualized as science communication-related, such as raising awareness, sparking dialogue, inspiring audiences, or encouraging participation [Kappel & Holmen, 2019;Metcalfe, 2019].…”
Section: Discussionmentioning
confidence: 66%
“…The mutual practices of science and art have a long history, dating back to the interdisciplinary work of Renaissance thinkers such as Leonardo da Vinci [Agostinho & Casaleiro, 2015;Fuller, 2020;Rock & Howard, 2019] and perhaps even earlier. More recently, however, the practice of SciArt -visual art inspired by science -has gained popularity among science and science communication practitioners and scholars [Gewin, 2013;Parks & White, 2021;Rödder, 2015]. At least some of the rising interest in SciArt may be attributed to its ability to help audiences relate to science on a personal, emotional level [Lesen, Rogan & Blum, 2016;Pirrie, Jackett, Jones & Lyon, 2018] and to spark creative thinking among both artists and scientists [Swanson, 2015].…”
Section: Literature Reviewmentioning
confidence: 99%
“…Initiatives such as SciArt Exchange 7 or Lifeology SciComm University program 8 also provide opportunities for building skills or knowledge of SciArt via online courses and training opportunities. SciArt workshops, such as the one described in Parks and White [2021], are also becoming more common at universities and research institutions, as are multi-week training initiatives, such as the Baltimore SCIART Consortium. 9…”
Section: Journeys Into Sciartmentioning
confidence: 99%
“…For example, scholars have explored the use of comics to promote public health , engage minority communities [Kearns, Baggott et al, 2021], or spark students' interest in science [Spiegel, McQuillan, Halpin, Matuk & Diamond, 2013]. Others have studied SciArt courses and workshops within higher education settings, finding that science artists in these contexts are often motivated by public education goals [Parks & White, 2021] or a desire to communicate facts effectively [Zaelzer, 2020]. Still others have examined the goals of specific initiatives, such as the Waiting for Water exhibition in Australia, which had an explicit ecological focus and a goal of inviting "a collective discourse around our environmental future of waiting for water" [Pirrie et al, 2018, p. 10].…”
Although Science Art (“SciArt”) is increasingly used in science communication as a way to make content more engaging or accessible, little is known about why artists pursue this practice or what they hope to achieve through their work. This project addresses these questions through a thematic analysis of interviews with 131 practicing science artists. We identify a diversity of goals for creating SciArt, only some of which involve communicating science.
Since its emergence, bio-art has developed numerous metaphors central to the transfer of concepts of modern biology, genetics, and genomics to the public domain that reveal several cultural, ethical, and social variations in their related themes. This article assumes that a general typology of metaphors developed by practices related to bio-art can be categorised into two categories: pictorial and operational metaphors. Through these, information regarding several biological issues is transferred to the public arena. Based on the analysis, this article attempts to answer the following questions: How does bio-art develop metaphors to advance epistemic and discursive agendas that constitute public understanding of a set of deeply problematic assumptions regarding how today’s biology operates? Under the influence of today’s synthetic biology, could bio-media operationally reframe these epistemic agendas by reframing complex and multi-layered metaphors towards post-metaphoric structures? Finally, what are the scientific, cultural, and social implications of reframing?
In 1964, Robert Bruce Lindsay introduced “The Science of Acoustics,” a graphical representation that has become popular and is often called the Wheel of Acoustics. This communication first recalls the historical context and initial versions of this representation. Adaptations to its original design are then introduced. Some follow the idea of a wheel representation but focus on specific acoustic domains or perceptual descriptions of sound. Other adaptations propose a slightly modified arrangement of the wheel's elements while including icons to illustrate covered topics. We introduce a wheel that blends realistic and iconic representations following a primarily hand-drawn and artistic vision. This visual tool can be used for acoustics teaching and popularization to improve audience engagement and provide more in-depth and concrete examples. The Drawn Acoustics World is provided in English and French versions, and also in a text-free version that can be used to adapt to any language.
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