Can artificial intelligence truly understand chemistry well enough to revolutionize how we design next-generation batteries?

Ever wondered how we could make electric vehicles run longer or smartphones last for days? Here's how my research on advanced battery coatings could help make that future possible...

What happens at the interface between two fluids when you apply an electromagnetic field? My research at ETH Zürich under Prof. Jan Vermant's supervision explored this fascinating question...

Imagine a battery that bends and stretches with your body, powering your wearable devices seamlessly. My work at ETH Zürich focused on developing such flexible batteries, paving the way for the next generation of wearable technology.

Discover how the Basic Climate Economy (BCE) model offers a powerful framework for understanding the balance between economic growth and environmental protection.

Curious about the real environmental footprint of various lighting technologies? This study explores the life cycle assessment (LCA) and material flow analysis (MFA) of commercial lighting products, contrasting traditional incandescent bulbs with contemporary options such as CFLs and LEDs.