A team at University of Massachusetts Amherst developed artificial neurons that fire in the same voltage range as living cells. Silicon and biology can now speak the same electrical language.

This video provides a clear explanation of resistors and their role in electronic circuits. It introduces the principles behind Ohm’s Law and explains how resistors affect the flow of current and ...

On Oct. 3, 1950, three Bell Labs scientists received a patent for a "three-electrode circuit element" that would usher in the transistor age and the era of modern computing.

In this exciting video, we dive into the world of controlling high voltage DC motors and the intricate process of designing a custom circuit for them. Join us as we explore the challenges and ...

Though it might seem like science fiction, scientists are working to build nanoscale molecular machines that can be designed for myriad applications, such as "smart" medicines and materials. But like ...

DNA computers can use biological material to perform mathematical functions and store information, but their power sources have been fragile. Researchers now say they’ve developed a reliable source: ...

Simple quantum-classical neural networks achieve good results in classifying lesions with fewer computational parameters. Scientists from São Paulo State University demonstrated a hybrid model at an ...

Magnetic transistors have been a hot topic for years, but a breakthrough led by researchers at MIT with chromium sulfur bromide (CrSBr) could push us closer to realizing more energy-efficient and ...

STOCKHOLM, SWEDEN – NOTE has signed an agreement to acquire UK-based electronics contract manufacturer Kasdon Group, strengthening its position in the British EMS market and securing a foothold in the ...

A single organic device reconfigures as transistor, rectifier and logic gate, offering compact circuits with higher functional density for flexible and lightweight electronics.