According to Reuters, Greece’s manufacturing sector saw growth accelerate slightly in December 2025. However, supply chain disruptions from port strikes are creating major headaches for producers.
An unprecedented scientific expedition is underway in Antarctica. An explorer and a glaciologist are using kites to ski 4000 kilometres, towing ground-penetrating radar to scan the ice sheet’s interior.
Samsung is tackling the notorious overheating of its Exynos chips with a new Heat Path Block technology. This thin copper layer aims to dissipate processor heat faster, but it has a key limitation.
Graphite mines in the US shut down decades ago. Now, with booming battery demand and geopolitical tensions, companies like Titan Mining Corp. are trying to restart domestic production, aiming for sales by 2028. It’s a bet on a new era for a critical mineral.
Facing soaring DDR5 memory costs, system integrator Maingear is launching a “Bring Your Own RAM” program. Customers can buy RAM separately and ship it to Maingear, who will install and tune it for free, shaving about $300 off a typical build.
Foxconn’s U.S. subsidiary is setting up a new manufacturing facility in Louisville, Kentucky. The $173 million project aims to create 180 jobs and should be operational by late 2026.
Yann LeCun has officially launched his new AI startup, AMI Labs, focusing on ‘world models’ as an alternative to LLMs. The company, led by ex-Nabla CEO Alex LeBrun, is reportedly seeking a €3 billion valuation before even launching. This comes amid massive funding for AI scientists’ ventures.
Rapidus Corporation is launching a suite of AI tools called Raads to revolutionize chip design. The company claims the AI-assisted solution will dramatically reduce both development time and expense for next-generation semiconductors.
Researchers have transformed a slow, lab-bound 3D printing technique into a potential manufacturing powerhouse. Using arrays of metalenses, they can now print intricate nanoscale structures over centimeter areas at speeds a thousand times faster than before. This could finally bring this precise tec
A breakthrough from Nagoya University uses the rapid cooling of laser powder bed fusion 3D printing to trap iron in aluminum, creating a heat-resistant alloy. This could lead to lighter vehicle and aircraft components, reducing fuel use and emissions.
