Tech

Dior highlights recycled materials, regenerative agriculture, circularity initiatives, and digital traceability, but the luxury fashion business model still depends on constant consumption, global supply chains, fashion shows, and high-carbon production.

Shawarma is one of the world's most popular street foods, but the greatest health risk may not be the meat, pickles or tahini. Scientists are increasingly concerned about PFAS "forever chemicals" and microplastics that can migrate from food packaging into hot, greasy takeaway meals. As awareness grows about hidden toxins in everyday products, even your favorite shawarma wrap may be part of a much larger environmental and public health story.

Could the humble contact lens become a sustainability breakthrough? Researchers in Korea have developed a self-healing hydrogel lens that repairs scratches with just one hour of UV light exposure. Beyond reducing waste from disposable contacts, the technology could one day help extend the life of solar panels, water filtration systems, and other plastic-based products.

Touch the body and ancient African traditions are causing the Ebola virus to spread.

Immersing religious idols in Canada's lakes, rivers and coastal waters remains a contentious issue. While the practice is an important tradition for many Hindu communities during festivals such as Ganesh Chaturthi, environmental regulations in many jurisdictions prohibit the disposal of foreign materials into natural waterways, even when the objects are intended as religious offerings.

As AI factories consume unprecedented amounts of electricity, NVIDIA is looking beyond chips and data centers to the ocean. The company recently spotlighted Israel's Eco Wave Power and its wave energy projects in Jaffa and Los Angeles, highlighting how AI, digital twins and renewable energy can work together to meet future power demands. The collaboration reflects a growing realization that the future of artificial intelligence may depend as much on clean energy infrastructure as it does on computing power.

The Great Lakes may look pristine, but a new cleanup report reveals a growing tide of plastic pollution beneath the surface. From cigarette butts and food wrappers to tiny plastic fragments and discarded nicotine pouches, researchers are finding evidence that everyday consumer waste is making its way into North America's largest freshwater ecosystem. New technologies, including Canada's first BeBot beach-cleaning robot, are helping scientists understand how plastic travels through lakes, shorelines and stormwater systems before breaking down into microplastics.

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