Pupil dilation reveals top–down attentional load during spatial monitoring
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
Pupil dilation reveals top-down attentional load during spatial monitoring.
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - europepmc.org
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
[PDF][PDF] Pupil dilation reveals top-down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - BIOLOGICAL PSYCHOLOGY, 2015 - biblio.ugent.be
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
[PDF][PDF] Pupil dilation reveals top–down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - core.ac.uk
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
Pupil dilation reveals top–down attentional load during spatial monitoring.
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - psycnet.apa.org
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
[PDF][PDF] Pupil dilation reveals top–down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - researchgate.net
abstract It has long been known that the diameter of human pupil enlarges with increasing
effort during the execution of a task. This has been observed not only for purely mechanical …
effort during the execution of a task. This has been observed not only for purely mechanical …
Pupil dilation reveals top–down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - infona.pl
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
Pupil dilation reveals top-down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - Biological psychology, 2015 - pubmed.ncbi.nlm.nih.gov
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
Pupil dilation reveals top–down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - Biological Psychology, 2015 - openaccess.city.ac.uk
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …
Pupil dilation reveals top-down attentional load during spatial monitoring
M Lisi, M Bonato, M Zorzi - BIOLOGICAL PSYCHOLOGY, 2015 - research.unipd.it
It has long been known that the diameter of human pupil enlarges with increasing effort
during the execution of a task. This has been observed not only for purely mechanical effort …
during the execution of a task. This has been observed not only for purely mechanical effort …