Topics

MIT and Harvard researchers develop a new AI method to predict protein locations in cells, aiding disease diagnosis and research.

Scientists from Janelia and Google DeepMind craft an AI-powered virtual fruit fly to mimic real walking and flying for research.

Automation speeds up genetic changes in plants to boost oil production and resilience for bioenergy and food security.

The DolphinGemma AI model, developed by Google with with Wild Dolphin Project and Georgia Tech, decodes dolphin vocalizations.

Philip Kurian’s work at Howard University reveals how quantum mechanics boosts information processing in all living things on Earth.

Custom deep-learning system uncovers early clues that predict how starving bacteria form complex structures.

Scientists use bioinspired robots and simulations to study how zebrafish brains and bodies work together in natural environments.

Researchers find that frozen mouse spermatogonial stem cells stay fertile after six months on the International Space Station, offering hope for reproduction during long space missions.

Scientists in Japan have moved a special mating habit from one type of fruit fly to another using gene changes, showing how small tweaks can create new actions.

Scientists examined songs from cetaceans including dolphins and whales, and found that they have structures similar to human language.