Steam crackers have long been the backbone of the petrochemical industry, powering the creation of essential materials like plastics, resins, and synthetic fibers.

In the vast and intricate world of biology, proteins are the unsung heroes, tirelessly working to maintain life as we know it. But have you ever wondered how we understand these molecular workhorses? The answer lies in a groundbreaking technology: protein sequencing.

The excitement of flight has captivated humanity for decades, and flight simulators are bringing that sensation closer than ever before.

You might not think much about it, but this refined mineral oil is everywhere, powering industries from cosmetics to food processing. So, what’s the deal with this clear, odorless oil? Let’s explore why white oil is so in demand, where it’s being used, and what’s next for this essential yet understated ingredient.

Imagine a world in which doctors can design a personalized treatment plan for you based on your particular genetic composition. Sounds futuristic, right? That future has arrived, owing to whole genome and exome sequencing.

The world is buzzing with new gadgets, faster smartphones, and sleeker laptops—but what happens to the ones we no longer use? The answer is e-waste, and it’s a growing issue. As our appetite for the latest technology increases, so does the amount of discarded electronics piling up globally.

Imagine a chemical so persistent that it’s found in everything from drinking water to polar bears in the Arctic. Now, imagine this same chemical is linked to cancer, immune system disorders, and developmental issues. This is the chilling reality of Per- and polyfluoroalkyl substances (PFAS), often referred to as "forever chemicals." For decades, these synthetic compounds have made everyday life more convenient—keeping our frying pans non-stick, our clothing water-resistant, and our fire-fighting foams effective. But now, they’re silently infiltrating our environment and bodies with devastating consequences.

As the world accelerates toward sustainability, the steel industry stands on the brink of transformative change. The advent of sustainable steel—encompassing recycled and green varieties—is not merely a trend but a revolution in manufacturing practices.

Advancements in hereditary genetic testing are quickly evolving, with significant effects on the future of health care.

Surface computing technologies offer a revolutionary approach to human-computer interaction by using natural user interfaces for direct manipulation of digital content through touch and gestures.