VR Nature & Classical Music Rapidly Lower Blood Pressure and Anxiety in Emergency Patients
Combining immersive virtual reality nature scenes with classical music can lower blood pressure and anxiety in emergency room patients within 15 minutes, according to a randomized controlled trial presented at the European Emergency Medicine Congress in September 2026.
Photo by Luca Bravo on Unsplash (Royalty-Free Open Stock)
Key Study Details & Findings
- The Problem: Patients presenting with hypertensive urgency (blood pressure ≥ 180/110 mmHg without acute organ damage) often experience severe anxiety. Emergency department noise and stress trigger hormone cascades that further constrict blood vessels and raise blood pressure.
- The Trial: Led by Dr. Safa Dönmez and Dr. Kadir Yenal (University of Health Sciences / Ankara Bilkent City Hospital, Turkey), 130 adult patients receiving standard blood pressure medication were split into two groups:
- Control Group (65 patients): Standard emergency medication alone.
- Intervention Group (65 patients): Standard medication paired with a VR headset displaying a peaceful forest/river landscape and classical music (Bach, Mozart, Vivaldi, Debussy, Tchaikovsky) played via smartphone.
- Early Stabilization (0–30 Mins):
- At 15 minutes: Mean Arterial Pressure (MAP) dropped 12% in the VR group versus 8% in the control group. The VR group achieved a 4–5 mmHg greater drop in absolute blood pressure compared to controls.
- At 30 minutes: MAP drops reached 15% (VR) vs. 14% (control).
- After 60 minutes: The gap between the two groups narrowed, showing that VR supports rapid early stabilization rather than long-term maintenance.
- Anxiety Reduction: Evaluated using the State-Anxiety Inventory (STAI). Despite starting with higher baseline anxiety, the VR group experienced an average 8-point reduction in trait-anxiety scores compared to a 4-point reduction in the control group.
Study Implications & Limitations
- Clinical Value: Offers a low-cost, non-pharmacological, side-effect-free adjunct tool to calm acute physiological stress and accelerate early stabilization in high-acuity clinical environments.
- Limitations Identified: Single-center design, short 2-hour observation window, and combined deployment (making it impossible to separate the individual contribution of VR vs. classical music).

