Olivier Faugeras
About Olivier Faugeras
Olivier Faugeras is a Professor and Senior Research Scientist known for his contributions to mathematical neuroscience and his role as Co-editor in Chief of the Journal of Mathematical Neuroscience at Springer Nature. He has a notable academic background, having previously served as an Adjunct Professor at MIT and has been actively involved in promoting open access to scientific research.
Work at Inria
Olivier Faugeras has been a Professor and Senior Research Scientist at Inria since 1988. His long tenure at this research institution in Aquitaine, France, reflects his commitment to advancing the field of mathematical neuroscience. At Inria, he engages in research that integrates mathematical models with neuroscience, contributing to the understanding of complex neural systems.
Current Role at Springer Nature
Since 2011, Olivier Faugeras has served as Co-editor in Chief of the Journal of Mathematical Neuroscience at Springer Nature. In this role, he has been instrumental in promoting open access to scientific research. His leadership has helped establish the journal as a significant publication within the mathematical neuroscience community.
Previous Experience at MIT
Olivier Faugeras worked as an Adjunct Professor at the Massachusetts Institute of Technology (MIT) from 1996 to 2000. During his four years in Cambridge, Massachusetts, he contributed to the academic environment and engaged with students in the field of mathematical neuroscience, furthering his influence in the discipline.
Education and Expertise
Olivier Faugeras studied Mathematics at Paris VI University for one year from 1980 to 1981. He also earned a Doctor of Philosophy in Computer Science from the University of Utah, where he studied from 1973 to 1976. His educational background provides a strong foundation for his research and contributions to mathematical neuroscience.
Contributions to Mathematical Neuroscience
Olivier Faugeras has co-authored several influential papers in the field of mathematical neuroscience. His work has significantly contributed to the advancement of the discipline, helping to bridge the gap between mathematical theory and neuroscience applications.