I am a lecturer in Cognitive Science at the University of Sussex, UK. My research focuses on human perception. I am also Time Perception Group leader at the Sackler Centre for Consciousness Science.
This year I am teaching Data Science Research Methods (970G5) in autumn semester and Neuroscience of Consciousness (993C8) in the spring.
The Time Perception Group was part of the six-partner EU project Timestorm, which aimed to equip artificial systems with human-like temporal cognition.
More generally, I am interested in how usually coherent perception can result from varying and sometimes incoherent sensory input. My research focuses on human temporal perception. I am also interested in the interaction of temporal perception with conscious experience through phenomenal causality, the sense of agency, and temporal prediction. To investigate these topics, I use a combination of human behavioural, computational modelling, neuroimaging, and artificial systems approaches.
I completed my PhD under the supervision of Dr. Derek Arnold in the Perception Lab at the School of Psychology, The University of Queensland, Australia .
Subsequently, I held a Postdoctoral Researcher position at NTT Communication Science Laboratories in Japan, with Dr. Shin'ya Nishida.
In my early academic life I also spent time in the Synaptic Plasticity Lab at the Queensland Brain Institute.
Another time pre-print! Several years and almost 13,000 participants later, A predictive processing model of episodic memory and time perception is out (I can now stop promising how soon it's coming...). Lots of interesting stuff in it but, in short, the model reproduces the effects of attention, cognitive load, scene content on human estimates of natural scene duration up to ~ 1 minute - when judgements are made prospectively or retrospectively, with the same mechanism for constructing duration based either in memory formation or recall processes, respectively.
New pre-print Accumulation of salient events in sensory cortex activity predicts subjective time where we show that tracking dynamics in visual cortex (using fMRI) allows us to predict subjective biases in time perception about dynamic, naturalistic (though silent) videos. Control models that track dynamics in auditory or somatosensory cortex do not reproduce human biases.
Paper Perceptual Content, Not Physiological Signals, Determines Perceived Duration When Viewing Dynamic, Natural Scenes out in Collabra: Psychology.
Paper Intentional binding as Bayesian cue combination: testing predictions with trait individual differences accepted at Journal of Experimental Psychology: Human Perception and Performance.
Paper 'Intentional binding' without intentional action out in Psychological Science. 'Intentional binding' size temporal binding can be found without any action. Therefore, it can never be taken as given that 'intentional binding' indicates the influence of intentions.
Work together with Hsin-Ni Ho at NTT CS Labs is now out in IEEE Transactions on Haptics.
After a long and painful peer-review process that changed nothing, our paper Activity in perceptual classification networks as a basis for human subjective time perception is now out in Nature Communications.
Paper on how serial dependence in relative timing (often called rapid temporal recalibration) is not like classic temporal recalibration (adaptation) now out at Journal of Experimental Psychology: Human Perception and Performance. Pre-print here.
New pre-print examining the contributions of physiological and putative dopaminergic influences on duration perception relative to biases driven by perceptual content. Spoiler - only changes in perceptual content affect duration estimation.
New pre-print out on how humans determine correspondences between expected duration and different sensory events - Multiple Duration Priors Within and Across the Senses.
Paper from our group on the Uniformity Illusion is out in iPerception.
Paper from our group on serial dependence in visual variance published at Journal of Vision
I can be contacted at email@example.com