https://t.co/25WSrGNJZW
Our paper is now out in Nat Commun!
Please remember the Imamura twins. Hiroto and Fumiya contributed so much in our lab, from setting up two-photon imaging to developing analysis methods.
Huge congrats to both!
Our new paper is just out!
https://t.co/2IVw6V32kg
We demonstrate that unsupervised visual perceptual learning (VPL) can occur following exposure to task-irrelevant natural scene images. This form of unsupervised VPL was more robust for natural scenes than for artificial images matched in lower-order image statistics. Our results indicate that this advantage is attributable to higher-order statistics in natural scenes, which appear to be less susceptible to attentional suppression.
The work ultimately involved 14 experiments across behavior, fMRI, and eye tracking, with 25 figures and 8 tables. A genuine team effort!
共著の論文がCerebral Cortex誌から出版されました!
Neural representations of non-symbolic magnitudes show familial specificity in the right intraparietal sulcus
https://t.co/9nGGbTlqIt
昨年のPNAS論文の続編です.数量に関わる脳活動パターンが右頭頂間溝で親子間で類似していました.
I’m beyond excited to share that I’ll be joining the Department of Psychology at the University of Maryland as an Assistant Professor starting August 2026!
In my lab, we study the cognitive control mechanisms underlying flexible and intelligent behavior!
Dance styles engage the brain in different ways depending on the movements, aesthetics, and emotions associated with the dance, according to a study in Nature Communications. https://t.co/CFViVoEEMt