Hakwan Lau is co-director of the Center for Neuroscience Imaging Research and professor of biomedical engineering at Sungkyunkwan University. He is supported by the Institute for Basic Science in Korea. Previously he worked at the RIKEN Center for Brain Science; the University of California, Los Angeles; Columbia University and University College London. He obtained his D.Phil. in 2005 from Oxford University, and his undergraduate degree in 2001 from the University of Hong Kong, where he studied philosophy and cognitive science. He is the author of “In Consciousness We Trust,” an open-access academic monograph.
Hakwan Lau
Professor of biomedical engineering
Sungkyunkwan University
From this contributor
Premature declarations on animal consciousness hinder progress
Selected articles
- “Where is the ‘posterior hot zone’? Open review of Ferrante et al. (2023): “An adversarial collaboration to critically evaluate theories of consciousness” (by the ARC-Cogitate Consortium)” | PsyArXiv
- “Multivoxel pattern analysis reveals dissociations between subjective fear and its physiological correlates” | Molecular psychiatry
- “Should a few null findings falsify prefrontal theories of conscious perception?” | Journal of Neuroscience
- “Towards an unconscious neural reinforcement intervention for common fears” | PNAS
Explore more from The Transmitter
Number of autism-linked genes more than triples in new analyses
In addition to a new preprint that expands the list of genes tied to the condition, two related analyses reveal how variants in those genes contribute to genetic susceptibility.
Number of autism-linked genes more than triples in new analyses
In addition to a new preprint that expands the list of genes tied to the condition, two related analyses reveal how variants in those genes contribute to genetic susceptibility.
How does a control theorist explain cognition?
Maxim Raginsky draws on control theory, engineering and philosophy to explore what makes biological brains intelligent, what artificial intelligence is missing, and what principles underlie biological autonomy.
How does a control theorist explain cognition?
Maxim Raginsky draws on control theory, engineering and philosophy to explore what makes biological brains intelligent, what artificial intelligence is missing, and what principles underlie biological autonomy.
Holographic mesoscope reads, writes from different cortical regions simultaneously
The tool could help reveal how information transmission between areas relates to perception, cognition and behavior.
Holographic mesoscope reads, writes from different cortical regions simultaneously
The tool could help reveal how information transmission between areas relates to perception, cognition and behavior.