@racheldenison.bsky.social
My lab at Boston University has open positions for a postdoc and PhD students. We study visual perception, attention, and decision making with a focus on temporal dynamics. Check out our recent work here sites.bu.edu/denisonlab/ and email me if you're interested in learning more
November 5, 2025 at 2:05 PM
My lab at Boston University has open positions for a postdoc and PhD students. We study visual perception, attention, and decision making with a focus on temporal dynamics. Check out our recent work here sites.bu.edu/denisonlab/ and email me if you're interested in learning more
Reposted
1/2 present to you: Temporality and the Brain: The Long and Winding Emergence of Time in Cognitive Neuroscience". Link to the pub below
If you saw me introduce my work to a broad audience you might have heard me talking about a ruling spatial perspective in cog neuro.
If you saw me introduce my work to a broad audience you might have heard me talking about a ruling spatial perspective in cog neuro.
April 29, 2025 at 10:55 PM
1/2 present to you: Temporality and the Brain: The Long and Winding Emergence of Time in Cognitive Neuroscience". Link to the pub below
If you saw me introduce my work to a broad audience you might have heard me talking about a ruling spatial perspective in cog neuro.
If you saw me introduce my work to a broad audience you might have heard me talking about a ruling spatial perspective in cog neuro.
Excited to share this new preprint from the lab introducing a highly general spatiotemporal normalization modeling framework that handles continuous dynamic visual input. Beautiful work by Angus Chapman @afchapman.bsky.social Science continues!!
recently posted a new preprint (the first of my postdoc 🎉) where we implemented normalization across space *and* time, allowing us to capture several neural and behavioral findings! I'll be presenting this work at VSS in a couple of months too for those attending
www.biorxiv.org/content/10.1...
www.biorxiv.org/content/10.1...
A dynamic spatiotemporal normalization model for continuous vision
Perception and neural activity are profoundly shaped by the spatial and temporal context of sensory input, which has been modeled by divisive normalization over space or time. However, theoretical wor...
www.biorxiv.org
April 1, 2025 at 1:49 PM
Excited to share this new preprint from the lab introducing a highly general spatiotemporal normalization modeling framework that handles continuous dynamic visual input. Beautiful work by Angus Chapman @afchapman.bsky.social Science continues!!