Aging is accompanied by progressive changes in brain structure and function that may affect cognition, emotional regulation, and adaptive behavior. While ...

Every experience we have changes our brain, the way a ceramicist reshapes a slab of clay. Every corner we turn, every conversation we have, every shudder we feel causes cascading effects: Chemicals ...

For much of the 20th century, scientists believed that the adult human brain was largely fixed. According to this view, the brain developed during childhood, settled into a stable form in early ...

Abstract: Artificial synapse with bidirectional inhibitory plasticity is critical for neuromorphic engineering. However, conventional synaptic devices, such as memristors and transistors, typically ...

Periodic brain stimulation (PBS) techniques, either intracranial or non-invasive, electrical or magnetic, represent promising neuromodulatory tools for the treatment of neurological and ...

Abstract: Plasticity is key to the trainability of neural networks and has long been a focus in the field of brain-inspired research. Currently, neuromorphic networks primarily achieve plasticity ...

Your brain doesn t just send messages through one universal route it uses separate pathways for spontaneous activity and signals linked to learning. These findings overturn a major neuroscience ...

Homeostatic plasticity maintains normal brain functions by constraining various network features of neural circuits, yet how this is realized on the cellular level remains unknown. Synaptic and ...

Your brain is constantly evolving. Throughout your life, it reshapes, adjusts, and grows stronger in response to learning, new experiences, and your habits. This amazing shape-shifting ability is ...

How do we learn new things? Neurobiologists using cutting-edge visualization techniques have revealed how changes across our synapses and neurons unfold. The findings depict how information is ...