A research team has discovered that artificial intelligence can simulate tree growth and shape. The DNA molecule encodes both tree shape and environmental response in one tiny, subcellular package. In ...

“It really needs to move faster,” said Martin McNulty, who lives in Minneapolis’ Windom Park. “The current process involves ...

In a sense, it sounds like that’s another facet of computational thinking that’s more relevant in the age of AI—the abstractions of statistics and probability in addition to algorithms and data ...

Flatbush residents want a collaborative memorial process. Instead, they say the city is moving ahead with little transparency ...

We take photos faster than ever, with research suggesting around 1.8 trillion are snapped worldwide each year—about 5 billion a day. But how many of those are just throwaway selfies or random ...

Engineers at the University of California have developed a new data structure and compression technique that enables the ...

More than reading about theory, actual experiences are what shape our understanding. These can be efficiently provided ...

The world’s most powerful supercomputers can now run simulations of billions of neurons, and researchers hope such models ...

Studies aiming to maximize human creativity demonstrate that people work best when buoyed up by others who show them new ways ...

Training artificial intelligence models is costly. Researchers estimate that training costs for the largest frontier models ...

Kenyan fig trees can literally turn parts of themselves to stone, using microbes to convert internal crystals into limestone-like deposits that lock away carbon, sweeten surrounding soils, and still ...

Natural physical networks are continuous, three-dimensional objects, like the small mathematical model displayed here.