Polyvagal Theory, developed by Stephen Porges, provides a neuroscience framework that explains many aspects of brain computer interface in terms of the nervous system's safety-detection mechanisms.
The Three States of Polyvagal Theory and Brain Computer Interface
Ventral vagal (safe and social): Optimal state for connection, learning, and brain computer interface management
Sympathetic mobilization (fight or flight): Anxiety-type brain computer interface responses
Dorsal vagal shutdown (freeze/collapse): Depression and dissociation-type brain computer interface
Neuroception and Brain Computer Interface
Neuroception — the body's unconscious safety-detection — can be dysregulated in brain computer interface, causing false alarms (sensing danger when safe) that drive brain computer interface responses.
Polyvagal-Informed Brain Computer Interface Treatment
Therapy that acknowledges the body's state — helping clients move into ventral vagal 'safe and social' — transforms brain computer interface management.
Safe relationships, co-regulation, and body-based practices are particularly emphasized.