Electroreception, the ability to sense electric fields, is a fascinating trait found in species like sharks, bees, and platypuses. Recent research has added fruit fly larvae (Drosophila melanogaster) to this list, revealing their capacity to detect electric fields and navigate toward negative electric potentials. This discovery opens new avenues for understanding sensory biology and bioengineering ...
The Greenland Shark is nowhere near as well-known as the Great White, but it ought to be. This shark species doesn’t wow us with its predatory skills (although it does have a bit of a funny way of feeding), but because they live for more than 400 years – as such it could potentially be ...
Imagine stepping into a world where buildings breathe, adapt, and even heal themselves. This is not the plot of a futuristic novel but a burgeoning reality as scientists and architects explore the possibilities of living architecture. The concept of growing buildings has captivated the imagination of many, blending the boundaries between biology and architecture. But ...
In a landmark moment for food innovation, Wildtype’s cultivated salmon has become the first lab-grown seafood approved for sale in the United States. Now available at a Portland, Oregon restaurant, this sushi-grade salmon is grown from fish cells in bioreactors—offering a sustainable alternative to traditional aquaculture. But while the product has cleared scientific and regulatory ...
Physicists at ETH Zurich have developed an ultra-thin lens capable of converting infrared light into visible wavelengths. This breakthrough, achieved using lithium niobate metasurfaces, could revolutionize imaging technology by enabling compact, high-performance optical devices. How Metalenses Work Traditional lenses rely on curved glass to bend light toward a focal point, but metalenses use nanoscale structures ...
Romulus and Remus, two snow-white canids with powerful shoulders and wide jaws, look like something out of myth. In a way, they are. Born in the fall of 2024 through cutting-edge genetic engineering, they are the first living examples of what scientists believe to be true dire wolves in over 10,000 years. The species once ...
