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Rewiring the evolution of the human hand: How the embodiment of a virtual bionic tool improves behavior

Academic Article
Publication Date:
2024
abstract:
: Humans are the most versatile tool users among animals. Accordingly, our manual skills evolved alongside the shape of the hand. In the future, further evolution may take place: humans may merge with their tools, and technology may integrate into our biology in a way that blurs the line between the two. So, the question is whether humans can embody a bionic tool (i.e., experience it as part of their body) and thus if this would affect behavior. We investigated in virtual reality how the substitution of the hand with a virtual grafting of an end-effector, either non-naturalistic (a bionic tool) or naturalistic (a hand), impacts embodiment and behavior. Across four experiments, we show that the virtual grafting of a bionic tool elicits a sense of embodiment similar to or even stronger than its natural counterpart. In conclusion, the natural usage of bionic tools can rewire the evolution of human behavior.
Iris type:
14.a.1 Articolo su rivista
Keywords:
Behavioral neuroscience; Bionics; cognitive neuroscience
List of contributors:
Marucci, Matteo; Maddaluno, Ottavia; Ryan, Colleen Patricia; Perciballi, Cristina; Vasta, Simona; Ciotti, Simone; Moscatelli, Alessandro; Betti, Viviana
Authors of the University:
VASTA SIMONA
Handle:
https://iris.unime.it/handle/11570/3317006
Published in:
ISCIENCE
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