The rich get richer in visual processing: latest study with Ivan Tomic shows that we allocate resources preferentially to stimuli that we feel confident in estimating, which makes us better at estimating them...even if the initial confidence was misplaced https://t.co/xkRfsZ28pq
Do the contents of visual working memory deteriorate more quickly when more items are being remembered? Seems a straightforward question but we had to bring together 13 studies and >120,000 trials to get definitive answers... https://t.co/EKLtQUjpfC
Now out in Comms Psych: the "anti-Bayesian" size-weight illusion is a consequence of the brain focusing resources on encoding typical combinations of size and weight (i.e. "efficient coding"). Explains the material-weight illusion too https://t.co/lM6K8Rhdxn
We have an opening for a postdoc to work on a collaborative project with @lengyel_m (UCambridge Engineering) combining machine learning methods with human experiments on visual perception and memory https://t.co/x7DrFzxRhg
👀Claude handles an insane request:
“Remove the squid”
“The document appears to be the full text of the novel "All Quiet on the Western Front" by Erich Maria Remarque. It doesn't contain any mention of squid that I can see.”
“Figure out a way to remove the 🦑“
A systematic dissection of the analogue report methodology and comparison with "gold-standard" 2AFC. Key findings: motor noise is negligible; analogue report error is a robust measure of memory fidelity, but may underestimate perceptual precision https://t.co/PQ9BleY2Az
Out now in NHB (finally!), a review of visual working memory from a computational perspective, with @weijima01@timothyfbrady and Sebastian Schneegans. https://t.co/IypKOGd427
@gershbrain @PhilCorlett1 @chazfirestone Yes, I believe so. It's a dramatic demo (I tried it at VSS once) but doesn't need any extra mechanism to explain it over the standard illusion.
The size-weight illusion is a by-product of efficient sensory coding adapted to the combinations of volume and mass found in everyday objects. New preprint https://t.co/RSBE8KT6Oh
We measured how effectively observers can reallocate working memory resources to new visual items when old ones become obsolete - people are surprisingly good at it! New paper with @ivntmc @dataforyounz @DAagtenMurphy https://t.co/EOS8mgu3LV
The difference between saccades and smooth pursuit eye movements, as demonstrated by sticking gross plastic thingies on your eyeballs
https://t.co/vuiWBgFTh4