Researchers at the University of Pennsylvania have developed ApexGO, a novel, AI-powered method for turning promising but imperfect antibiotic candidates into more potent ones. Unlike many existing AI ...

A big-time role player on a stacked team, the slim wing has no problem leading the way when the Wolves need him to Minnesota Timberwolves forward Jaden McDaniels (3) shoots the ball over Denver ...

Ant societies rely on precise recognition systems to maintain cooperation, but new research reveals that these systems are more adaptable than once believed. For ants, quickly telling friend from foe ...

Humans are not the only animals to have a dedicated health care system. Some super-organized ant species not only recognize that their comrade is injured but actually carry them back to the ant nest ...

Beneath the soil, an empire thrives in total darkness. Millions of ants move through complex underground tunnel systems, communicating through invisible chemical signals. They farm fungus, wage wars, ...

Some butterfly species can’t grow unless they trick ants into taking them home with a complex rhythmic signal. By Rebecca Dzombak Rebecca Dzombak has reported on parasitic ant queens and the number of ...

This project is an educational and research-oriented implementation that benchmarks and compares different metaheuristic algorithms for solving VRPTW problems. The VRPTW is a classic NP-hard ...

Life may look like a paradise for beetles living in ant colonies. Plump, wriggling ant larvae and helpless eggs sit waiting to be devoured, while hundreds of thousands of ants stand at the ready to ...

This behavior has inspired algorithms used in computer science and logistics, often called ant colony optimization. These algorithms help solve problems like routing delivery trucks, scheduling ...

Go program that implements max flow and Dijkstra's algorithms to find the fastest way to move N amount of ants from the room A to the room B aka solve ants colony optimization problem Go library and ...

Ant colonies run like living bodies. Queens produce offspring. Workers clean, feed, and defend. And brood develop quietly in the nursery. When disease slips in, the whole “superorganism” is at risk.