Xenon Anesthesia and the Collapse of Coherent Informational Integration

Research Focus

We explore the systems-level mechanisms through which the noble gas xenon induces anesthesia despite its chemical inertness. We propose that xenon’s unique physical properties allow it to disrupt multiscale neural organization and the coherent integration of information necessary for consciousness. Rather than focusing solely on molecular receptors, this framework examines how subtle physical perturbations alter large-scale synchronization and metastable dynamics across the brain. By synthesizing findings from dynamical systems neuroscience and criticality theory, we suggest that anesthetic transitions result from a collapse in functional connectivity. Finally, our work offers testable predictions regarding xenon’s localization and its impact on global neural coordination.