This explainer outlines how neurons and glial cells coordinate electrical and chemical signals to form complex brain networks that govern thought, behavior, and consciousness. It also explores how ...

Over time, we get better at learning and adapting to change, because the more we experience it, the more our brain is primed ...

Complex protein interactions at synapses are essential ... of the physical forces and chemical interactions involved, the research team shed light on a process called liquid-liquid phase ...

The human brain is constantly responding to its environment, storing memories, learning new skills, and navigating complex ...

PRC, enhanced with optoelectronic artificial synapses (junctions that allow nerve cells to transmit electrical or chemical signals ... In order to process time-series input optical data with ...

When a child runs, climbs, skips, or even falls and gets back up, their brain is working overtime to process balance ... These are called synapses. And the more they repeat the activity, the ...

The field of two-dimensional (2D) materials is rapidly developing, driven by ongoing demands in the semiconductor industry to produce efficient, scalable, ...

Your nervous system uses billions of tiny, connected nerve cells called neurons to send the messages, which are electrical and chemical signals that tell your body what to do. Your nervous system ...

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What if the key to better grades, less stress, and healthier habits was already in your head? From all-nighters and ...

Synaptic transmission is the biological process by which a neuron communicates with a target cell across a synapse. Chemical synaptic transmission involves the release of a neurotransmitter from ...

Some ideas revolve around chemical changes in specific neurons, while others focus on structural shifts among brain cells. Researchers believe each experience leaves a pattern of brain cell activation ...