Yi Hu

This study shows that emotion regulation maturation involves reorganization of distributed brain systems rather than just strengthening prefrontal control, with key developmental changes in specific brain regions and networks.

This study assesses the feasibility of real-time interbrain synchrony measurement using fNIRS and wavelet transform coherence for neurofeedback applications.

This study shows that cooperative learning leads to increased neural synchronization among triads, which is amplified when consensus is reached and predicts learning outcomes.

The paper compares EEG-memory correlations in normal and AD model mice after adjusting E/I balance, finding distinct patterns between the two groups.

The paper shows that instructor-learner brain synchronization compensates for sleep-deprived learners' performance deficits during interactive learning.

This study shows brain-to-brain coupling during instruction correlates with learning outcomes and is influenced by scaffolding behaviors, not explanation approaches, and machine learning better decodes instructional methods from coupling data.

The paper identifies distinct long-term dynamics of multimodal memory components in cortical layers II/III and Vb using in vivo 2-photon imaging of mouse brain activity.

This study shows that dual brain stimulation can enhance social interactive learning by inducing synchronized brain activity and movement between an instructor and learner.

This study demonstrates high-efficiency in situ astrocyte-to-neuron conversion in adult mammalian brains to repair ischemic injury, generating sufficient new neurons to cover 40% of lost neurons and improve motor and memory function.

This study shows that TMS on the precuneus reduces meta-memory ability during memory retrieval and affects BOLD signal correlation with meta-memory efficiency.

This paper develops a combined unsupervised and supervised machine learning approach to automatically classify cortical layers in 2-photon microscopy data without manual labeling.

The paper identifies a multivoxel representation of temporal distances in the human parietal cortex using fMRI and representational similarity analysis, showing its vulnerability to disruption and its role in episodic memory retrieval.

This study uses transcranial magnetic stimulation to show that the precuneus is selectively involved in mnemonic metacognition, not perceptual discrimination.

This study creates a mouse model with a patient-derived NLGN2 R215H mutation, showing GABAergic deficits and schizophrenia-like behaviors.