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How Terahertz Technology Is Changing the Way Engineers Test Materials
In aerospace and semiconductor manufacturing, even the smallest defect can have catastrophic consequences.…
Why Precise Time Synchronization Is Becoming Non-Negotiable
Nanosecond-level time synchronization is quickly becoming essential in industrial automation, autonomous systems,…
How Does a Robot Jump 10 Feet in the Air Without Legs?
When we think of jumping robots, we often imagine mechanical legs or spring-loaded limbs launching skyward. But…
Bourns Targets Automotive Surge Protection Challenges with New MLV Series
As vehicles become more electrically complex, safeguarding sensitive systems from voltage transients remains a…
Intel Launches Next-Gen Automotive Chip to Power Smarter, AI-Driven Vehicles
At Auto Shanghai 2025, Intel introduced its second-generation AI-enhanced software-defined vehicle (SDV)…
When the Grid Isn’t Enough, Engineers Turn to Cars
While most of the world sees electric vehicles (EVs) as just a greener way to commute, a growing number of…
Not All Relays Are Created Equal—Here’s What Makes One Aerospace-Ready
When you’re designing for space, defense, or high-reliability aviation systems, the standards are different. Every…
Kawasaki’s CORLEO Blends Robotics and Hydrogen for Next-Gen Transport
Kawasaki is rethinking personal mobility—by removing the wheels altogether. Meet CORLEO, a hydrogen-powered,…
No Wires, No Waiting: These Soft Robots Walk Straight Off the 3D Printer
There’s a kind of magic in watching a machine come to life. Usually, though, it takes a tangle of wires, a careful…
Designing Energy Storage That Works as Hard as the Grid
The growth of renewable energy has added a new layer of complexity to power grid infrastructure. Unlike fossil-fuel…