2017-present: Director of ACAP; 2013-present: CTO Braingaze SL; 2009-2014: Director of the VISCA lab; 2005-present: Research Professor, ICREA; 2005-present: Assistant professor University of Barcelona; 2002-2005: Head of the Vision and Cognition-II group, NIN, KNAW, The Netherlands; 1999-2001: Senior postdoc, NIN, NWO, The Netherlands; 1997-1999: Postdoc in the lab of Prof. Dr. V. Lamme, NORI, The Netherlands; 1992-1996: PhD student in the lab of Prof. Dr. E. Soriano, University of Barcelona.
I started my scientific journey by studying the ontogenetic and evolutionary development of the cerebral cortex to get a grasp of the immense complexity of the cortex. To learn about the functional organization of the neocortex, I continued my research studying system neurophysiology in awake, behaving monkeys and neural circuit dynamics using computer simulations. In 2011 we discovered a novel eye movement in cognitive processing. We termed it Cognitive Vergence. The use of Cognitive Vergence has been patented world-wide, and I founded the start-up company (Braingaze) in 2013. End 2017 I started the centre ACAP at the UB where graduate and master students can carry out clinical work using Cognitive Vergence. Currently my research investigates 1) the neural mechanism of dynamic neural interactions, 2) the function of Cognitive Vergence in visual cognition, 3) clinical applications of Cognitive Vergence in early diagnosis of mental pathology being ADHD, Alzheimer, ASD, Dyslexia, 4) interactive eye tracking games to train cogntive behavior. Methods we use are computational spiking networks, eye tracking, machine learning, and psychophysics.
– Varela P, Esposito FL, Morata I, Capdevila A, Solé Puig M, de la Osa N, Ezpeleta L, Faraone SV, Ramos-Quiroga JA, Cañete J & Supèr H 2019, ‘Clinical validation of eye vergence as an objective marker for diagnosis of Attention Deficit Hyperactivity Disorder in children’, Journal of Attention Disorder, 23, 6, 599 – 614.
– Lerer A, Supèr H & Keil MS 2019, ‘Luminance gradients and non-gradients as a cue for distinguishing reflectance and illumination in achromatic images: A computational approach‘, Neural Networks, Volume 110, Pages 66-81.
– Esposito FL & Supèr H 2019, ‘Eye vergence responses to novel and familiar stimuli in young children’, Acta Psychol (Amst), 193, 190 – 196.