Associate Professor University of Alabama at Birmingham
This session will explore the basis of neurobiology brain-computer interface technologies and their applications in neurosurgery. Presented by experts in the latest developments in BCI technologies, a combination of basic research and practical applications will be discussed.
Learning Objectives:
Describe the principles of virtual and augmented reality technologies and their relevance to neurosurgical training and practice.
Identify potential applications of VR and AR in neurosurgical education, including simulation of complex surgeries and enhanced learning experiences for trainees.
Analyze how VR and AR can improve preoperative planning and decision-making in neurosurgery, including visualization of anatomical structures and surgical scenarios. Discuss the impact of VR and AR technologies on patient care, including their use in patient education and informed consent processes.
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