Different from conventional brain–machine interfaces that focus more on decoding the
cerebral cortex, deep brain–machine interfaces enable interactions between external …

We present both a scientific overview and conceptual positions concerning the challenges
and assets of electrophysiological measurements in the search for the nature and functions …

Sensory inputs enter a constantly active brain, whose state is always changing from one
moment to the next. Currently, little is known about how ongoing, spontaneous brain activity …

Flipping through social media feeds, viewing exhibitions in a museum, or walking through
the botanical gardens, people consistently choose to engage with and disengage from …

Cognitive neuroscience aims to develop computational models that can accurately predict
and explain neural responses to sensory inputs in the cortex. Recent studies attempt to …

Cortical gradients in endogenous and stimulus-evoked neurodynamic timescales, and long-
range cortical interactions, provide organizational constraints to the brain and influence …

A central goal of cognitive neuroscience is to build computational models that predict and
explain neural responses to sensory inputs in the cortex. Recent studies attempt to borrow …

Exogenous stimulation is a promising tool for investigating and altering cognitive processes
in the brain, with potential clinical applications. Following experimental observations, we …

Sensory perception is essential for transforming incoming information in the brain into
targeted behavior. Thus, variations in our perceptions are ubiquitously associated with …

This study proposed the construction of a delivery system based on dual targeting cancer-
associated broblasts (CAFs) and tumor cell for the treatment of liver cancer.(Z-Glycine …