Allan Dobbins

Allan Dobbins, Ph.D., is an Associate Professor with expertise in the neural basis of visual perception, attention, and traumatic brain injury (TBI). His research integrates computational neuroscience with experimental methods such as functional MRI and magnetoencephalography (MEG) to study brain networks and their temporal dynamics. He collaborates with experts in mechanics, materials science, and medicine to investigate TBI mechanisms, particularly in sports-related contexts.

Education:
- Ph.D. in Computational Vision from McGill University
- Postdoctoral training in Visual Neuroscience at Caltech

Research Interests:
Dobbins explores how the brain constructs perceptual interpretations through neural circuits and dynamics. Recent work focuses on task-specific brain network assembly and TBI modeling using biomechanical simulations. His contributions include studies on perceptual inference failures, mesoscale brain modeling, and tau protein accumulation in NFL players.

Publications Trends:
His work bridges computational models with neuroimaging, emphasizing biomechanical trauma mechanisms and visual perception intricacies. Key themes include binocular vision dynamics, alpha rhythm-brain network interactions, and bistable perception phenomena.

Professional Collaborations:
Collaborates across disciplines to address TBI through multi-scale modeling and experimental validation. Engages in sports medicine and material science partnerships to improve injury prevention and clinical understanding.