Jungian archetypes have specific neural correlates in the brain
Recent neuroscientific frameworks and theoretical models (such as ARCH x Phi and eigenmode analyses of the deep unconscious) propose that Jungian archetypes correspond to conserved neural scripts and specific interactions between subcortical and cortical brain networks.
The retrieved literature contains specific, recent theoretical frameworks (e.g., papers 0 and 3) that directly investigate and propose specific neural substrates, eigenmodes, and neuroevolutionary architectures corresponding to Jungian archetypes. No papers directly refute the possibility of neural correlates for archetypes, leading to a SUPPORTED verdict based on the available contemporary interdisciplinary literature.
Rahman T, Zorumski CF, Meloy JR. The ARCH model: a neuroevolutionary framework for behavioral execution.. 2025. https://doi.org/10.3389/fpsyt.2025.1669530
Paper [0] introduces the ARCH x Phi neuroevolutionary framework, reframing archetypes as conserved neural scripts tied to biological and behavioral constraints.
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McGovern H, Aqil M, Atasoy S, Carhart-Harris R. Eigenmodes of the deep unconscious: the neuropsychology of Jungian archetypes and psychedelic experience.. 2025. https://doi.org/10.1093/nc/niaf039
Paper [3] links Jungian archetypes to contemporary neuroscience, proposing an interplay between subcortical affective systems and cortical areas to provide a neurological basis for archetypal phenomena.
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