Qian Wang

This study compares human and artificial speech comprehension by analyzing local sequential phonology-to-semantics transfer mechanisms in both.

This study shows that MNS reduces viral infection and inflammation in cell and animal models by suppressing inflammatory pathways and altering chromatin accessibility.

This study identifies IgG's pro-atherogenic role through noncanonical activation of macrophages, independent of its classical function, by acting as a TLR4 ligand and promoting inflammation.

This study identifies neural response features that predict perceived sound content and location from intracranial electrical stimulation in human auditory cortex.

This study measures receptive fields in human visual cortex using LFPs and spiking activity, finding that LGA and HGA closely match spiking activity in RF size and temporal profiles.

This study shows that visual sequence exposure induces non-feature-specific elevated responses and feature-specific backward replay in the human brain, suggesting distinct functional roles in processing and learning sequences.

This study identifies two stages of envelope tracking in human auditory cortex, with high-γ power reflecting fast processing and θ phase correlating with speech intelligibility.

This study investigates the role of insular and supra-temporal auditory areas in humans using intracranial recordings and stimulation, finding that while insula has similar auditory responses, it does not directly contribute to auditory perception.

This study develops a multi-objective metabolic model to identify cancer-associated metabolic vulnerabilities by analyzing Pareto surfaces and validating predictions with experimental data.