While chemical synapses often take center stage, it appears they’re not the only stars of the show. Recent research from scientists at Yale and the University of Connecticut has revealed the ...

New Haven, Conn. — Scientists at Yale and the University of Connecticut have taken a major step in understanding how animal brains make decisions, revealing a crucial role for electrical synapses in ...

Taking inspiration from nature, a group of scientists have amalgamated hybrid materials to form a robust biomimetic system that closely mimics the behavior of biological synapses. This can pave the pa ...

Key Laboratory of Atomic and Molecular Physics and Functional Materials of Gansu Province, College of Physics and Electronic Engineering, Northwest Normal University, Lanzhou 730070, China ...

The study on the impact of electrical stimuli in terms of pulse width and amplitude on STDP behaviors ... The impact of intrinsic neuronal noise on the STDP function of a single BFO artificial synapse ...

Researchers at Yale and the University of Connecticut discovered that electrical synapses in the brain play a vital role in filtering sensory information, enabling animals to make context-specific ...

由化学突触(chemical synapses)和电突触(electrical synapses)组成的神经元连接，是神经环路的基本构件，是复杂生命活动的基础。电突触介导的电偶联调控神经元之间的同步化活动，对神经系统信号传递至关重要，但特定神经元之间如何建立电突触连接并不清楚。

The AgCN system demonstrates gradual and continuous resistance changes, a property critical for energy-efficient and adaptive ...