Matt Roser

Dr. Matt Roser is a Lecturer in Psychology at the School of Psychology, University of Plymouth. His academic work is deeply rooted in cognitive neuroscience and psychological research, with a focus on brain-behavior relationships. He is a member of the Association for Psychological Science and the Cognitive Neuroscience Society, reflecting his active engagement in the academic community.

His teaching interests include cognitive neuropsychology, biopsychology, cerebral asymmetry and interaction, perception, cognition, and attention. These areas align closely with his research expertise.

Roser's research spans a broad spectrum of topics in neuroscience and psychology, including fibromyalgia, depression, sleep quality, autism, and split-brain studies. His recent publications highlight investigations into pain perception, mood disorders, and cognitive inconsistencies in sleep. The articles reveal a strong emphasis on clinical applications of cognitive neuroscience, particularly in understanding mental health conditions and neurological differences.

He has been recognized with the Sensational Programme Leader award in 2018, underscoring his contributions to academic leadership and teaching excellence.

• Anhedonia and brain connectivity in depression
• Motivational differences across psychiatric disorders
• Pain processing in fibromyalgia
• Sleep perception and cognition
• Autism and visual processing

Roser has supervised three Plymouth theses, indicating his role in mentoring graduate students. While specific grant information is not mentioned, his collaborative work with researchers like Michael Gazzaniga and Michael Corballis suggests involvement in significant research networks. His public engagement includes a visit to BRIC by the U3A group, highlighting outreach efforts.

Dr. Roser is affiliated with the Brain Research and Imaging Centre (BRIC) at the University of Plymouth, where he contributes to interdisciplinary neuroscience research. His work integrates neuroimaging, behavioral assessment, and clinical psychology to explore complex brain functions and disorders.