Philosophical Explorations
September 2, 2025
Robert Chis-Ciure
1 citation
This paper connects Integrated Information Theory (IIT) of consciousness to Immanuel Kant's philosophy by arguing that the theory's core identity between an experience and its Φ-structure is a constitutive a priori principle, not an empirical hypothesis. Drawing on Michael Friedman's defense of similar principles in physics, the author shows how this principle enables applying mathematical formalism to phenomenology, gives empirical meaning to concepts, and allows scientific testing of predictions. The paper advocates using this neo-Kantian approach to strengthen the epistemological foundations of other mathematical theories of consciousness, making them more transparent and empirically tractable.
September 2, 2025
Zefan Zheng, Robert Chis-Ciure, Peter Thestrup Waade et al.
1 citation
preprint
Consciousness science is fragmented, with theories operating orthogonally and accumulating anomalies. The principle of recurrency—functional and architectural feedback loops—offers a unifying scaffold. All theories tacitly invoke feedback loops and can be re-expressed along a single axis of recursion. Four nested levels (cellular, local inter-areal, global, and lateral) map onto state, phenomenal content, manipulative access, and experiential similarity, tying evolved anatomy to phenomenon. The phenomenal-versus-access distinction dissolves into a graded cascade where deeper recursion expands reportable variables. Recurrence is evolutionarily favored, rebutting feed-forward objections, while brain-body loops ground selfhood. Clinically, targeting recurrent pathways promises new biomarkers and alleviation in disorders of consciousness.
Physics of life reviews
March 1, 2026
Robert Chis-Ciure
A commentary argues that a proposed multidimensional heuristic for structuring artificial consciousness research cannot determine whether phenomenal consciousness is nomologically possible in machines. Behavioral-cognitive profiles lack a justified principle linking function to experience, and the awareness case study shows that externally specified goals can produce as-if control rather than original intentionality. The heuristic overlooks that substrate similarity to the adult human brain is currently indispensable for justifiably inferring consciousness. Thus the framework provides a blueprint for a more sophisticated philosophical zombie but cannot tell whether anyone is there.
Neuroscience and biobehavioral reviews
June 1, 2024
Robert Chis-Ciure, Lucia Melloni, Georg Northoff
A novel framework called the Measure Centrality Index (MCI) enables systematic comparison of consciousness theories by assessing how important a given empirical measure is for each theory. Applying the MCI to Global Neuronal Workspace Theory, Integrated Information Theory, and Temporospatial Theory of Consciousness shows that direct comparisons are meaningful for measures such as Lempel-Ziv Complexity, Autocorrelation Window, and possibly Mutual Information, but problematic for anatomical and physiological neural correlates of consciousness because these measures carry different weight across theories. The approach addresses isolated theory evolution and confirmatory bias in consciousness science.