Sirawaj Itthipuripat

The paper shows that prefrontal cortex organizes visual evidence by representational abstraction, with distinct regions processing lower- and higher-level similarity during decision-making.

This study shows that mindful breathing reduces stress through context-dependent neural changes detected by scalp and around-ear EEG, with around-ear EEG providing reliable results.

This paper introduces an explainable self-attention deep neural network to detect mild cognitive impairment using multi-input digital drawing tasks, achieving better classification performance than existing models.

The paper shows that high-reward distractors enhance their neural representations in early visual cortex when previously selected as targets, suggesting value-driven attentional capture starts with sensory modulation.

The paper investigates how speed pressure affects decision-making by analyzing sensory evidence accumulation, finding that responses are triggered near the peak of evidence accumulation rather than after reaching a threshold.

The paper shows that familiar contexts trigger the transfer of information from long-term memory to working memory to guide attention.

This study compares fMRI and EEG measures of attentional modulations in human visual cortex and finds they reflect different physiological mechanisms.

The paper investigates how visual salience and behavioral relevance independently influence attentional priority maps in human cortex using fMRI data.

This study investigates how cognitive conflict is resolved during decision-making, finding that executive control mechanisms, not early sensory modulation, dominate in resolving conflict.

The paper shows that training reduces attentional gain amplification and increases noise reduction in visual cortex during attentional selection.

The paper shows that attention affects contrast appearance and response bias differently based on stimulus visibility in a contrast judgment task.