My research is on: visual representations, temporal dynamics, expectations, neurodevelopment, computational methods.
I had some math fun with distance equations and found out some stuff 🤓 We propose cross-validated (CV) Euclidean + correlation distances with improved reliability and accuracy, for RSA and beyond! 🧵👇(1/13)
⚠️Many equations below
📈but some MEG data as well!
I had some math fun with distance equations and found out some stuff 🤓 We propose cross-validated (CV) Euclidean + correlation distances with improved reliability and accuracy, for RSA and beyond! 🧵👇(1/13)
⚠️Many equations below
📈but some MEG data as well!
Several EEG features are commonly analyzed to characterize brain development. We showed that the latent structure of these features (their distances) also differed between children and adults, and that these distances are much more robust to non-developmental factors.
Several EEG features are commonly analyzed to characterize brain development. We showed that the latent structure of these features (their distances) also differed between children and adults, and that these distances are much more robust to non-developmental factors.
We show that there are actually *two* temporal "dimensions" to consider in visual perception and we discuss the promises of a method to disentangle them. 🧵👇(1/7)
t.ly/9DgIF
We show that there are actually *two* temporal "dimensions" to consider in visual perception and we discuss the promises of a method to disentangle them. 🧵👇(1/7)
t.ly/9DgIF
sites.google.com/view/psychjo...
#SocialPsych #Psychology #PsySciSky
sites.google.com/view/psychjo...
#SocialPsych #Psychology #PsySciSky