12 papers · ranked by Valyu relevance
Bingxin Lin, Youguo Chen, Li Pan, Gang Du + 1 more
The perception of duration becomes biased after repetitive duration adaptation; this is known as the duration aftereffect. The duration aftereffect exists in both the sub-second and supra-second ranges. However, it is unknown whether the properties and mechanisms of the adaptation aftereffect differ between sub-second…
Mingming Zhang, Keye Zhang, Xing Zhou, Bin Zhan + 2 more
'Wenbo Luo'] In the field of time psychology, the functional significance of the contingent negative variation (CNV) component in time perception and whether the processing mechanisms of sub- and supra-second are similar or different still remain unclear. In the present study, event-related potential (ERP) technology…
Olga Sysoeva, Victor Bolshakov, Oksana Galakhova, Evgeny Machnev + 5 more
Time perception is a fundamental yet often underappreciated component of athletic performance. Athletes across various disciplines must continuously process temporal information to coordinate movements, anticipate events, and make effective decisions under pressure. This narrative review synthesizes current knowledge…
Ivan Šerbetar, Asgeir Mamen, Diego Minciacchi
Objectives: Sub-second motor timing is critical for skilled performance in domains such as sport, music, and safety-critical multitasking; however, its robustness under cognitive load remains unresolved. Dual-task paradigms offer a method to test whether attentional demands selectively disrupt temporal precision. This…
Sam Post, William Mol, Omar Abu-Wishah, Shazia Ali + 2 more
'Noorhan Rahmatullah' 'Anubhuti Goel'] Title: Abstract Discriminating between temporal features in sensory stimuli is critical to complex behavior and decision-making. However, how sensory cortical circuit mechanisms contribute to discrimination between subsecond temporal components in sensory events is unclear. To…
Aurelio Bruno, Federico G. Segala, Daniel H. Baker
It is unclear whether our brain extracts and processes time information using a single-centralized mechanism or through a network of distributed mechanisms, which are specific for modality and time range. Visual adaptation has previously been used to investigate the mechanisms underlying time perception for millisecond…
Ying-Zi Xiong, Shu-Chen Guan, Cong Yu
Subsecond time perception has been frequently attributed to modality-specific timing mechanisms that would predict no cross-modal transfer of temporal perceptual learning. In fact, perceptual learning of temporal interval discrimination (TID) reportedly shows either no cross-modal transfer, or asymmetric transfer from…
Geoffrey Schoenbaum, Federico Sanabria, Angela Langdon, Alicia Izquierdo + 3 more
'Alicia Izquierdo' 'Shamini Warda' 'Jaana Simola' 'Devin B. Terhune'] Recent primate studies suggest a potential link between pupil size and subjectively elapsed duration. Here, we sought to investigate the relationship between pupil size and perceived duration in human participants performing two temporal bisection…
Ellen Boven, Jasmine Pickford, Richard Apps, Nadia L. Cerminara
The cerebellum is well established in subsecond motor timing, but its role in suprasecond interval timing remains unclear. Here, we investigated how cerebellar output influences time estimation over longer timescales. Male rats performed a nose-poke interval timing task in which reward availability could be predicted…
Carlos M. Gómez, Brenda Y. Angulo-Ruíz, Vanesa Muñoz, Elena I. Rodriguez-Martínez
'Elena I. Rodriguez-Martínez'] The ubiquitous brain oscillations occur in bursts of oscillatory activity. The present report tries to define the statistical characteristics of electroencephalographical (EEG) bursts of oscillatory activity during resting state in humans to define (i) the statistical properties of…
Wei Liu, Chunhui Wang, Jinglin Tian, Guido Marco Cicchini
Subitizing is the ability to appraise a number of small quantities (up to four) rapidly and precisely. This system, however, can be impaired by distractors presented along with targets to be enumerated. To better understand whether this limitation arises in perceptual circuits or in the response selection stage, we…
Irene Petrizzo, Eleonora Chelli, Tommaso Bartolini, Roberto Arrighi + 1 more
'Giovanni Anobile'] Introduction The ability to accurately encode events’ duration is of critical importance for almost all everyday activities, yet numerous factors have been reported to robustly distort time perception. One of these is physical activity (i.e., running, walking) but, partly due to the variety of…