This paper proposes a deep learning framework F-GCN that integrates multiple wavelet bases, and extracts MI brain electrical ...

Researchers at the University of Osaka have developed a minimally invasive method for recording brain activity through blood ...

The brain never rests: even during deep sleep or under anesthesia, it maintains rhythmic electrical activity known as slow ...

The hybrid memory system combines the best traits of ferroelectric capacitors and memristors in a single memory stack.

The conference will feature over 30 parallel sessions, conducting in-depth discussions on key technological breakthroughs and innovative applications in the fields of automation, information, and ...

New research shows that slow oscillations in the brain, which occur during deep sleep and anesthesia, are guided by neuronal excitability rather than structural anatomy.

Sea snot’ blooms threaten marine life, tourism, and fisheries. Researchers used satellite images and AI to rapidly detect ...