Since the 1960s, Moore’s law has guided the production of processors and transistors. However, the continuous shrink of silicon chips approaches physical limits.
The European Commission wants to build a strong battery industry that can compete with Asia, but has it entered the game too late?
When Galileo is fully functional in 2020, it will provide the most precise navigation ever, even at the North and South Poles.
Forget the hype, quantum computing is still in its experimental infancy. Researchers must overcome five big challenges before real-world applications can emerge.
Elon Musk’s dream of a train that can travel at 1,200 km/h faces serious unresolved engineering challenges.
Recent tests have shown the viability of the futuristic train. But does this mean we will have a new mode of transportation any time soon?
The foundations of this new technology were laid more than 150 years ago.
From LCD televisions to the latest force-sensitive touchscreen technology, electronics and photonics are pushing the envelope ever outward.
Photonics may hold the answer to coping with huge volume. But a big challenge remains: converting electronic data into light on silicon chips.
Move over, electrons. Ton Backx and his team are putting photons front and center as they lay the groundwork for the coming era of photonics.
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