Using XR (Extended Reality) for Behavioral, Clinical, and Learning Sciences Requires Updates in Infrastructure and...

Area of Science:

• Information Technology
• Cognitive Science
• Clinical Science
• Education Science

Background:

• Extended reality (XR), encompassing augmented and virtual reality, represents a convergence of technology and various scientific disciplines.
• XR technology garners significant public interest and is a key focus for major technology corporations.
• The article explores XR's capacity to provide behavioral insights, revolutionize clinical interventions, and enhance educational methodologies.

Purpose of the Study:

• To demonstrate the potential applications of Extended Reality (XR) in delivering behavioral insights.
• To highlight XR's transformative capabilities in clinical treatments.
• To showcase XR's role in improving learning and education.

Main Methods:

• The study is a conceptual and review-based demonstration of XR's potential.
• It synthesizes current understanding and future possibilities of XR across different scientific domains.
• Analysis focuses on the intersection of XR technology with cognitive, clinical, and education sciences.

Main Results:

• XR technology has the potential to yield significant behavioral insights.
• XR can transform existing clinical treatments and patient care paradigms.
• XR offers innovative methods for improving learning outcomes and educational experiences.

Conclusions:

• Realizing XR's full potential in research requires strategic policy, funding, and infrastructure.
• Incentivizing training, open software, and academic-industry partnerships is vital for XR research advancement.
• Investment in XR research infrastructure is essential for driving transformative discoveries and applications.