Xiaoli Li A

TLS-Sim provides a toolkit for individualized transcranial light stimulation modeling using deep-learning-accelerated Monte Carlo simulations to improve efficiency and accuracy.

This study shows that long-term learning shifts information processing from the ventral striatum to the orbitofrontal cortex in macaques, challenging traditional theories of reinforcement learning.

This study shows that timing of auditory stimulation during sleep affects spindle dynamics and memory consolidation, with post-spindle stimulation improving motor memory but not word recall.

This paper develops a low-intensity focused ultrasound (LIFU) strategy to enhance meningeal lymphatic drainage, preventing cognitive decline in Alzheimer's disease models.

This study uses computational modeling and human brain stimulation to show that 1/f noise enhances neural synchrony more effectively than white noise.

This study investigates how transcranial light stimulation affects the neurovascular unit in the human brain, showing increased cerebral blood flow and reduced cortical excitability.

The paper uses intracranial recordings to show that visual awareness-related neural activity has two distinct temporal components, with the lateral prefrontal cortex linking them.

This study shows that intralaminar and medial thalamic nuclei, not the prefrontal cortex, transiently gate conscious perception through thalamocortical synchronization and theta phase modulation.

This study investigates neurovascular coupling during visual working memory tasks using EEG and fNIRS, finding that higher EEG features correlate with increased hemodynamic activity in specific brain regions.

This study shows that 1064 nm transcranial photobiomodulation on the right prefrontal cortex improves visual working memory capacity and related neural activity in humans.

This paper investigates how spatial cues guide proactive suppression of distractors using EEG, finding that alpha activity correlates with reduced distractor interference.

This study shows that dopamine enhances auditory perceptual learning in humans by promoting long-term memory consolidation, as evidenced by improved performance and retention beyond the drug's immediate effects.

This study investigates metacognition during decision-making using a novel 'decision-redecision' paradigm, finding distinct roles for anterior prefrontal cortex regions in uncertainty monitoring and decision adjustment.