Yinan Cao

The paper shows that human brains rhythmically sample decision alternatives at 11 Hz, with attention shifts occurring at troughs and focus deepening at peaks.

This study shows that high-amplitude oscillatory events coordinate large-scale cortical networks during decision-making and attention, revealing a new mechanism for dynamic brain function.

The paper shows humans use a two-stage strategy for epistemic information seeking, combining streaking and uncertainty-guided exploration to improve inference accuracy.

This study shows that context-sensitive decision biases in reward-guided learning arise from sampling asymmetry during learning, not from representational biases at the choice stage.

The paper investigates how an unavailable distractor influences multiattribute choice, revealing both positive and negative effects and proposing a model to explain these phenomena.

This study identifies a spatio-temporal cascade of multisensory integration in the human brain, showing prefrontal cortex guides flexible integration based on sensory representations.