Our lab investigates the relation between the psychological and physiological mechanisms involved in the basic processes of visual perception and attention.
Check out our new paper showing that both endogenous and exogenous attention enhance contrast sensitivity uniformly across meridians despite differential adaptation effects!
Thrilled to share our work now on bioRxiv:
👉 https://t.co/kjzzVb6QJ7
With Antoine, Jared, Qingyuan and Marisa, we reveal distinct computations underlying performance variation across eccentricity and around polar angle.
Our new paper 'Unpacking the V1 map: Differential covariation of preferred spatial frequency and cortical magnification across spatial dimensions' is now available in @PLOSCompBiol https://t.co/hihCZUbAqS
Check out our new preprint on bioRxiv! "Polar angle asymmetries persist despite covert spatial attention and differential adaptation"
@carrasco_lab
https://t.co/EuFgyIya8X
Tomorrow morning (May 18, 8:30 am – 12:30 pm) I will be presenting my poster with @carrasco_lab at @VSSMtg at Pavilion
Endogenous attention enhances contrast sensitivity similarly around cardinal meridians despite differential adaptation effects!
#VSS2025
Looking forward to presenting my work with @hsinghaolee, Klara Hoxha, Antonio Fernández, Nina Hanning and Marisa
Carrasco, titled “Does human right frontal eye field (rFEF+) play a critical role in exogenous attention?” at @VSSMtg this year! @carrasco_lab
New in the Temporal Evolution of Visual Perception Issue https://t.co/uio91aF0Ej, Aysun Duyar & Marisa Carrasco put their Eyes on the Past: Gaze Stability Differs Between Temporal Expectation and Temporal Attention, https://t.co/QJVp0MewCu.
@aysunduyar@carrasco_lab
Our new preprint is now on bioRxiv!
'Visual adaptation stronger at horizontal than vertical meridian: Linking performance with V1 cortical surface area' @carrasco_lab
https://t.co/S0LnB9ynVN
Our paper is out in iScience!
In the study, we used TMS to reveal the interaction between visual adaptation and exogenous attention in the early visual cortex.
@carrasco_lab
https://t.co/LFKsg8poKu
New paper on the neural dynamics of temporal attention—a long time in the making! w @rndenison@carrasco_lab@djheeger. How does the brain prepare to see well precisely when we need to?
https://t.co/nTbPPzv1E8
Happy to share that our paper (@carrasco_lab) examining spatial and temporal patterns of microsaccades and whether or not they are modulated as a function of discriminability differences around the visual field has just been published in Journal of Vision!
I will be presenting my poster: Visual adaptation is more pronounced at the horizontal than vertical meridian in @VSSMtg
You are welcome to stop by and say hi!
@carrasco_lab#VSS2024
More findings on temporal attention from @carrasco_lab@VSSMtg !
Come visit our poster on Monday Morning at Pavillion to hear more on the interaction between temporal attention and expectation!
Come visit my poster @VSSMtg on Sunday Morning at Pavillion!
I will present our work @carrasco_lab on how temporal attention and expectation jointly modulate microsaccades!
Check out our posters in @VSSMtg this year!
I will be presenting "Visual adaptation is more pronounced at the horizontal than vertical meridian" on Tuesday morning. You are welcome to stop by and share your thoughts!
@carrasco_lab
Hello everyone I have a VSS poster on Saturday morning that is about how cortical magnification and spatial frequency tuning >covary< throughout the V1 visual field representation -and among individual observers- if you are interested. The tldr is that they indeed covary!
Excited to present my work with Antoine Barbot, Rachel Chen and Marisa Carrasco on “Internal noise and efficiency underlie performance asymmetries throughout the visual field” at @VSSMtg! @carrasco_Lab
Mark our poster session next Wednesday (5/22) at 8:30am in Banyan Breezeway!
My review of temporal attention is out in @NatRevPsych! It covers key conceptual issues, data, and models in the field of visual temporal attention, and I hope it will be useful to both experts and those new to the topic
Web: https://t.co/xaIgFnI3ub
PDF: https://t.co/B9woztY6Ft