Nearly every piece of technology you use—from smartphones to computers—relies on one revolutionary component: the transistor.

A team led by the University of Oxford has developed a new class of soft robots that operate without electronics, motors, or ...

The approach enables DFT and design verification (DV) teams to operate in parallel, accelerating development cycles while improving fault coverage. This cohesive strategy not only boosts test ...

Cricket’s market(ing) power was never built on merit alone — it was built on belief. When we extend that belief to women ...

From tumor profiling to CAR-T optimization, AI is accelerating discovery and decision-making in immuno-oncology. PICI researchers are leveraging multimodal data and large language models to predict ...

A team led by the University of Oxford has developed a new class of soft robots that operate without electronics, motors, or computers - using only ...

Shares in quantum stocks are skyrocketing as investors consider its potential. We go deep into what could drive the next ...

Researchers at Fudan University have achieved a breakthrough by fabricating the first Field-Programmable Gate Array (FPGA) ...

When engineers build AI language models like GPT-5 from training data, at least two major processing features emerge: ...

Confused about your engineering future? Learn the core differences between Electrical (power systems) and Electronic (micro-chips) engineering to find your perfect career path.

Electricity doesn’t just flow freely in every direction—it needs control. That control comes from a tiny but powerful ...