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Micah Allen

Center of Functionally Integrative Neuroscience, Aarhus University and University of Cambridge

Functionalist What matters is the organisation of the processing, not the material

Micah Allen is Professor of Neuroscience at the Center of Functionally Integrative Neuroscience (CFIN) at Aarhus University, where he directs the Embodied Computation Group, and holds an affiliation with the University of Cambridge. His research combines psychophysics, computational psychiatry, and physiological recording to test how visceral rhythms in the heart, lungs, and gut constrain cortical inference and metacognitive awareness.

In the November 2026 study Embodied Dynamic Causal Modelling: Brain and Cardiac Effective Connectivity (bioRxiv 2026.10.27.762241), co-authored with Andrew D. Levy, Peter Zeidman, and Karl J. Friston, Allen helps formalize Embodied DCM and the closed-loop Brainstem Cardiac Network (BCN). By jointly inverting simultaneous EEG and ECG time series across cortical, thalamic, brainstem, and sinoatrial node compartments, the model distinguishes top-down autonomic predictions from bottom-up baroreceptor prediction errors during cognitive action inhibition.

Allen’s framework treats interoception as the foundational anchor of the conscious self-model. Under his predictive processing account, subjective confidence and perceptual stability are continuously regulated by how the brain forecasts and controls the physiological state of its own body, providing a formal computational bridge between functionalist active inference and biological embodiment.

Known for. Interoceptive predictive processing, Embodied Dynamic Causal Modelling, visceral modulation of perceptual awareness and metacognition

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