Madrid’s storied Bernabéu Stadium underwent a major renovation to expand its events list beyond football. Two gargantuan molybdenum-containing steel trusses, each nearly 180 meters long, support a new, retractable roof. Molybdenum also plays an important role in the stadium’s shimmering stainless steel façade.

As Artificial Intelligence (AI) reshapes everything from transportation to healthcare, it is also pushing semiconductors to their limits, demanding faster speeds, larger storage, and far greater energy efficiency. Meeting these demands requires a generational shift in chip design, one that challenges the boundaries of materials science. Molybdenum is at the heart of this transformation.

Melbourne’s street furniture tells a story of identity and durability. Built from molybdenum-containing Type 316 stainless steel, these iconic designs resist corrosion, reduce maintenance, and contribute to a public realm that reflects care, continuity, and lasting performance.

Every day, energy escapes from tunnels, factories, and even sewers, mostly unnoticed. New technologies are finding ways to capture this hidden warmth, turning yesterday’s waste into today’s comfort. With the help of durable, molybdenum-alloyed stainless steels, these systems can safely recover energy from the most unlikely places, making homes warmer and heating more efficient without burning a single extra drop of fuel.