Dr Martin Thirkettle
My research interests lie in the way perceptual information is collected, processed, and used in cognitive mechanisms to produce behaviour. I use visual psychophysics and the high level of stimulus and experimental control that provides to study what information is available to cognitive systems, and how this constrains and enables subsequent mental processes. By applying the insights of fundamental perceptual processing, my work reveals the impact of these processes on cognitive mechanisms and real world behaviour.
A repository of research publications and other research outputs can be viewed at The Open University's Open Research Online.
|International Centre for Comparative Criminological Research (ICCCR)||Centre||Faculty of Social Sciences|
Benton, Christopher P.; Thirkettle, Martin and Scott-Samuel, Nicholas E.
Scientific reports, 6 (p 22393)
No learning where to go without first knowing where you're coming from: action discovery is trajectory, not endpoint based (2013-09-18)
Thirkettle, Martin; Walton, Thomas; Redgrave, Peter; Gurney, Kevin and Stafford, Tom
Frontiers in Psychology, 4, Article 638
The path to learning: action acquisition is impaired when visual reinforcement signals must first access cortex (2013-04-15)
Thirkettle, Martin; Walton, Thomas; Shah, Ashvin; Gurney, Kevin; Redgrave, Peter and Stafford, Tom
Behavioural Brain Research, 243 (pp. 267-272)
The discovery of novel actions is affected by very brief reinforcement delays and reinforcement modality (2013)
Walton, Tom; Thirkettle, Martin; Redgrave, Pete; Gurney, Kevin N. and Stafford, Tom
Journal of Motor Behavior, 45(4) (pp. 351-360)
A novel task for the investigation of action acquisition (2012-06-04)
Stafford, Tom; Thirkettle, Martin; Walton, Tom; Vautrelle, Nicolas; Hetherington, Len; Port, Michael; Gurney, Kevin and Redgrave, Pete
PLoS ONE, 7, Article e37749(6)
Form overshadows ‘opponent motion’ information in processing of biological motion from point light walker stimuli (2010-01)
Thirkettle, M.; Scott-Samuel, N. E. and Benton, C. P.
Vision Research, 50(1) (pp. 118-126)
Contributions of form, motion and task to biological motion perception (2009)
Thirkettle, M.; Benton, C. P. and Scott-Samuel, N. E.
Journal of Vision, 9, Article 28(3)