Voices of XR: Anthony Faiola

Carlson Science and Engineering Library — Rochester, NY

📅Wed, Sep 9, 2026 · 🕐1:00PM – 2:00PM

AI-Driven Virtual Reality Therapeutic Medicine for Patients with Cognitive Impairment: Increasing Neuroplasticity through Attention Exercises, Non-Player Character Engagement, and Brain-Motor Game Modulation Presenter: Anthony Faiola, PhD, MFA, MA, MA As digital health transitions from supportive monitoring to direct non-pharmacological intervention, medical virtual and extended reality (VR/XR) is emerging as a targeted modality for structural and functional cognitive recovery. This presentation details seven years of clinical translational research focused on AI-driven virtual reality therapeutics (VRx) and their measurable impact on cognitive impairment across complex neurological populations. Dr. Anthony Faiola will present the theoretical mechanisms and clinical deployment of his VR Cognitive Rehabilitation Training (VR-CRT) platform, which integrates selective attention exercises, interactive non-player character (NPC) engagement, and dynamic brain-motor game modulation to induce targeted neurotransmitter stimulation and leverage neuroplasticity. Session Highlights: Translational Foundation & Feasibility: Insights and cognitive recovery outcomes from a single-arm, quasi-experimental pilot study investigating VR-CRT in brain cancer patients experiencing mild cognitive impairment (MCI). Multi-Center Clinical Evaluation: Comparative trial designs, feasibility data, and observations across four active clinical cohorts—neuro-oncology (University of Cincinnati Health), acute delirium (Indiana University Health), dementia (UC Health), and post-stroke recovery (Sapienza University of Rome). AI Modulation & Mechanics: The implementation of real-time machine learning algorithms to dynamically adjust cognitive load, NPC interaction patterns, and sensorimotor challenge to maximize individual therapeutic efficacy. Multimodal Precision Health (VRx 2.0): An overview of an active collaborative study with the Barrow Neurological Institute integrating the VRx 2.0 platform with …