• PhD candidate in Time Processing and Metacognition of Time Processing, SBBS, Queen Mary University of London

I study the cognitive neuroscience of time processing, focusing on the mechanisms underlying interval timing in the sub- and supra-second ranges. My research explores the development of executive functions involved in time perception within a neurodevelopmental framework, with a particular emphasis on the maturation of brain networks in the prefrontal, striatal, and parietal regions. I also investigate the role of metacognition in time perception, examining how individuals monitor and evaluate the accuracy of their temporal judgments. My work incorporates EEG techniques and Dynamic Causal Modelling (DCM) to explore the neural interactions involved in time processing during both normal waking states and altered states of consciousness, such as drowsiness and sleep. I aim to better understand the neural, behavioural, and metacognitive aspects of time processing, with particular emphasis of their emergence in a neurodevelopment framework.

• –present PhD candidate in Time Processing, Queen Mary University of London

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