Abstract

Margaret Boden famously theorizes that the highest form of creativity is more than the production of new ideas—it involves the transformation of a conceptual space consisting of all possible ideas that a person can obtain. This article examines whether this notion of transformative creativity can be applied to the field of biology. Biological transformative creativity (BTC) is theoretically conceivable if an extension of Boden’s original framework is allowed to include non-conceptual spaces as the object of transformation. However, identifying specific biological phenomena that warrant the label of transformative creativity in living systems poses a substantial challenge. After scrutinizing two recent theories regarding BTC—one connecting BTC to evolution and the other equaling it to self-organization—this paper turns to a third alternative hypothesis that emphasizes the autonomous, self-productive mechanisms through which novel organizational patterns and morphological features take shape. To unpack this idea, the paper draws on extensive evidence in epigenetic studies and argues that autonomous transformation of overall possibilities of living organisms occurs at the individual level primarily due to flexible modifications of gene expression norms in the organism. Then, the paper analyzes the developmental plasticity of _C. elegans_ and the origin and differentiation of castes in social insects as two examples of the epigenetic form of BTC. The account is expected to contribute to a more appropriate understanding of the origin of human creativity and the creative nature of life.