Yi Jiang

Shared and Unique Neural Codes for Biological Motion Perception in Humans and Macaque Monkeys

The paper investigates how humans and macaques process biological motion stimuli from their own and other species, finding shared and distinct neural coding patterns in brain regions involved in motion perception.

Cortical tracking of hierarchical rhythms orchestrates the multisensory processing of biological motion

This study shows how rhythmic brain activity tracks hierarchical audiovisual rhythms in biological motion, revealing distinct integration modes and a link to autism traits.

Multi-level processing of emotions in life motion signals revealed through pupil responses

The paper shows that emotional content in biological motion signals modulates pupil responses, with happy motion causing larger dilation than sad, and this effect relates to autistic traits.

Listening to music modulates visual perception of paintings during binocular rivalry

This study investigates how sad or lively Chinese folk music influences visual perception of traditional Chinese paintings during binocular rivalry, finding that sad music enhances bleak paintings and lively music increases switching rates.

Visual temporal integration by multi-level regularities fosters the emergence of dynamic conscious experience

The paper shows that structured visual streams, based on idiom, shape, or motion, dominate over unstructured ones in binocular rivalry, indicating that temporal integration of multi-level regularities is essential for conscious experience.

Dynamic encoding of biological motion information in macaque medial superior temporal area

This study investigates how neurons in the macaque medial superior temporal area encode biological motion information, finding dynamic encoding through spike train modulation rather than average firing rate.

The brain time estimation system is dynamically assembled by non-temporal perceptual states

The paper investigates how visual signal integration affects time perception, finding that perceptual duration depends on the dynamics of non-temporal perceptual states and the assembly of timing units and read-out systems.

Atypical Biological Motion Perception in Children with Attention Deficit Hyperactivity Disorder: Local Motion and Global Configuration Processing

This study investigates biological motion perception in children with ADHD, finding atypical processing of local and global cues and linking it to attention and intelligence.

Reward produces learning of a consciously inaccessible feature

This study investigates how reward influences learning of a feature that is not consciously accessible, showing that reward coding can occur independently of consciousness but requires attention.

Cortical entrainment to hierarchical contextual rhythms recomposes dynamic attending in visual perception

This study shows that higher-order contextual rhythms influence visual attention by recomposing dynamic temporal attention through cortical entrainment and alpha power coupling.

Distinct Origins of Two-order Hierarchical Cognitive Abilities in Human Adults

This study compares the genetic and environmental origins of first-order and second-order cognitive abilities in human adults, finding that first-order abilities are heritable while second-order abilities are influenced by shared environments.