Boosting Scientific Creativity Among Researchers: How Efficient are Creativity Trainings?

Abstract How can scientific creativity be fostered or encouraged among researchers? The present contribution proposes a critical and constructive review of programs or methods designed to develop the creative abilities of individuals, the so-called ‘ creativity trainings ’. More specifically, it examines whether these trainings can be used in the specific context of scientific disciplines, and how efficient they are. At first glance, the literature seems to indicate that creativity trainings are effective when it comes to stimulating individual creativity, including scientific creativity. However, these general conclusions should not overshadow the serious limitations of these studies. Some of these theoretical and methodological limitations are common to all creativity trainings (e.g., difficulties in defining creativity itself), while others are specific to scientific creativity trainings (e.g., linked to specificities of scientific work). In a nutshell, all trainings are not made equal and do not look as efficient as they seem to be. This contribution also proposes some recommendations that would allow researchers to produce more valid results and to make it easier to interpret the results of creative training studies in the scientific domain and beyond.

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Publication Details

Journal
Creativity Theories – Research – Applications
Published
2024-08-12
DOI
https://doi.org/10.2478/ctra-2024-0007
Citations
3
Primary Topic
Creativity in Education and Neuroscience
Type
article
Field-Weighted Citation Impact
1.52
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article

Boosting Scientific Creativity Among Researchers: How Efficient are Creativity Trainings?

Fabien Girandola, Théo Guiller, Thomas Arciszewski, Nicolas Pichot et al.
3 citations
Creativity Theories – Research – Applications
Creativity in Education and Neuroscience
1.52
article

Boosting Scientific Creativity Among Researchers: How Efficient are Creativity Trainings?

Fabien Girandola, Théo Guiller, Thomas Arciszewski, Nicolas Pichot, Jean‐Baptiste Pavani, Éric Bonetto, Nathalie Bonnardel
article en
3 citations

Abstract

Abstract How can scientific creativity be fostered or encouraged among researchers? The present contribution proposes a critical and constructive review of programs or methods designed to develop the creative abilities of individuals, the so-called ‘ creativity trainings ’. More specifically, it examines whether these trainings can be used in the specific context of scientific disciplines, and how efficient they are. At first glance, the literature seems to indicate that creativity trainings are effective when it comes to stimulating individual creativity, including scientific creativity. However, these general conclusions should not overshadow the serious limitations of these studies. Some of these theoretical and methodological limitations are common to all creativity trainings (e.g., difficulties in defining creativity itself), while others are specific to scientific creativity trainings (e.g., linked to specificities of scientific work). In a nutshell, all trainings are not made equal and do not look as efficient as they seem to be. This contribution also proposes some recommendations that would allow researchers to produce more valid results and to make it easier to interpret the results of creative training studies in the scientific domain and beyond.

Creativity Theories – Research – ApplicationsVol. 11(1)
Aix-Marseille Université (FR)
Openalex Percentile: Top 17%
Creativity in Education and Neuroscience
1.52
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Boosting Scientific Creativity Among Researchers: How Efficient are Creativity Trainings? — Fabien Girandola, Théo Guiller, et al. · Creativity Theories – Research – Applications (2024) | TGRS Research Map | TGRS