Empathy is the glue that binds us and holds societies together, despite some ‘dark sides’ of empathy. What is empathy (the definitional question)? Is it uniquely human or which nonhuman animals possess empathy (the distribution question)? And which type or quality of empathy is realized in different species (the quality question)? To tackle these three questions, we develop a species-sensitive, multidimensional profile account of empathy. The main function of this account is to enable cross-spec…
Read moreEmpathy is the glue that binds us and holds societies together, despite some ‘dark sides’ of empathy. What is empathy (the definitional question)? Is it uniquely human or which nonhuman animals possess empathy (the distribution question)? And which type or quality of empathy is realized in different species (the quality question)? To tackle these three questions, we develop a species-sensitive, multidimensional profile account of empathy. The main function of this account is to enable cross-species comparisons and to capture the rich variety of typical empathic phenomena. Therefore, we aim to characterize behavior-based cognitive profiles of empathy which are built on multifactorial characterizations of dimensions and features realizing these dimensions. Answers to the distribution question can be assessed by family resemblances of profiles of empathy to paradigmatic cases of empathy. Answers to the quality question can be provided with reference to the relevant empathy profile which allow us to describe and predict associated behaviors. This new multidimensional profile account enables fine-grained comparisons within and between species instead of the prevailing all or nothing perspectives of empathy. Furthermore, it offers the integration of phylogenetic and ontogenetic perspectives thereby providing a crucial tool to explicate the notion of empathy to humans and other animals in a species-sensitive way. We want to unfold this framework by applying it to empathy in detail and widen the perspective by generalizing it for a fruitful characterization of all rich and flexible cognitive abilities in nonhuman animals (as e.g. done in Birch et al. 2020; Dung & Newen 2023).