Today, manufacturing is largely shaped by supply chain volatility, complex labor dynamics, and—like most global industries—the rise of AI.

Simulations still can’t predict precisely when an earthquake will happen. Still, with the incredible processing power of modern exascale supercomputers, they can now predict how they will happen and how much damage they will likely cause. 

Software selection, implementation, and ongoing maintenance are critical stages in the life cycle of biomedical software systems such as asset and calibration management platforms.

Even if you’ve never heard of “light caustics,” you’ve probably seen them. They’re the ethereal patterns of light that coat the bottoms of swimming pools and break up the shadows of glass.

At Ramirez & Co., a midsize business with decades of wins, leadership thought its biggest challenges were competitors, technology, and the market. Close, but no cigar.

A new study explains how tiny water bugs use fan-like propellers to zip across streams at speeds up to 120 body lengths per second. The researchers then created a similar fan structure and used it to propel and maneuver an insect-sized robot.

Imagine a bustling conference room where employees aren’t just listening to lectures but actively experimenting with cutting-edge tools, tackling real-world challenges and discovering new ways to revolutionize their workflows.

It’s hard to balance all the demands that are placed upon you as a leader. Many of us default to dysfunctional ways of spending our time and energy.

What if your quality system could detect and initiate corrective actions for equipment deviations before they affect product quality?

Sarah, a marketing director at a Fortune 500 company, recently celebrated her team’s 40% productivity increase after implementing AI-powered content generation tools.