RF Globalnet

Beyond 5G AI, Terahertz, And Open RAN Transform RF Engineering

RF engineers are advancing 6G through terahertz communications, AI-driven network optimization, and Open RAN architectures, ...
RF Globalnet

Looking Back, Racing Forward: How 2025's RF Milestones Propel The Breakthroughs Of 2026

RF tech in 2025 spanned spy cats, moon GPS, and invisibly powerful weapons. In 2026, RF engineering breaks limits—uniting AI, 6G, D-band, and terahertz innovation.
Nature

Genetic circuit engineering articles from across Nature Portfolio

Genetic circuit engineering is the synthesis of unnatural DNA segments encoding protein or RNA molecules that control each other’s levels. Genetic circuit engineering is the bottom-up, local approach ...
IEEE

AI-Assisted Automatic Design Methods for Antennas and RF Circuits Based on Deep Learning

Abstract: Radio-frequency (RF) antennas and circuits are essential components to applications such as wireless communication, satellite, radar, and the Internet of Things. Manual design process for ...
Hackaday

It’s Hard To Make A (Good) Oscillator

There’s more to making an oscillator than meets the eye, and [lcamtuf] is here with a good primer on the subject. It starts with the old joke that if you need an oscillator it’s best ...
IEEE

Analog RF Circuit Sizing by a Cascade of Shallow Neural Networks

Abstract: A deep neural network architecture for the automatic sizing of analog circuit components is proposed, with a focus on radio frequency (RF) applications in the 2 to 5-GHz region. It addresses ...