New paper in Autism Research😊Keren Kasten, @norijacoby, and @MeravAhissar's study delves into the difficulty individuals with autism have in synchronizing movements to external events. onlinelibrary.wiley.com/doi/… (1/6)
This suggests that the impairment in synchronizing with external beats in individuals with autism is due to reduced online error correction rather than elevated internal noise levels. (5/6)
This means that individuals with autism can accurately estimate environmental statistics, but their speed of updating internal priors is slower than typically developing individuals. (6/6)
Happy to update: our Autism Research paper published today: "Poor synchronization yet adequate tempo-keeping in adults with autism", Kasten, Jacoby & Ahissar: ASDs' poor synchronization to external beat stems from reduced online error-correction and not higher internal noise .
A recent paper by @neuro_gal@AhissarLab@norijacoby and others (nature.com/articles/s41467-0…) found that synchronization of finger-tapping to a metronome is less precise in autistic participants, and that these differences seemed to be due to reduced correction of timing errors.
We are now accepting applications for a tenure track position!
Application deadline is September 30th.
More information can be found here: elsc.huji.ac.il/opportunitie…
Repeated series learning revisited with a novel prediction on the reduced effect of item frequency in dyslexia, with @Eva_Kimel, Itay Lieder, and @MeravAhissardisq.us/t/49rhtxz
#ELSCseminarseries with @Censor_Lab on the topic of "Rapid learning (and unlearning) in the human brain" will take place on Thursday, June 9th, at 14:00 IST.
Come hear the lecture at ELSC: Room 2004, Goodman bldg., Safra Campus.
elsc.huji.ac.il/events-and-o…
These observations suggest that the huge task-specific enhancement of WM capacity stems from a task-specific switch to perceptual routines, implemented in perceptual regions. 6/7