A recent study in the Proceedings of the National Academy of Sciences suggests that differences in physiology, metabolism, and oxygen use helped determine which marine animals survived the Great Dying catastrophe.
A new study finds surprising parallels between Freud’s theories of the mind and modern neuroscience, suggesting the brain may work as a prediction machine.
Researchers at the University of Osaka developed a neural network to test 16 different 'structural descriptors,' which are mathematical tools for measuring how ordered or disordered water molecules are at the microscopic scale.
An unusual phenomenon that has been recognized around the world for more than a century has finally been resolved: what are the origins of the distinctive, stair-like ridges that form on steep hillsides?
Engineers at Queen Mary University of London have created a tactile sensor, described in a study published in Science Advances, that allows robots to detect touch using a simple camera.
While a patient is fully anesthetized and unresponsive, neurons in the hippocampus continue to process language, distinguish different types of words, and generate neural activity consistent with predicting upcoming words.
A new model suggests that asteroid impacts on Earth may have occasionally launched microscopic material into space that could have reached Venus’s atmosphere over billions of years.
A recent study, published in Cell, marks the first ancient protein analysis of Homo naledi and raises the possibility that the Dinaledi Chamber may contain predominantly, or possibly exclusively, female individuals.
Moss has long been regarded as unusual among land plants for its resilience and apparent independence from fungal partnerships, which are common in other species; however, new research from UC Riverside indicates that this view may not apply in desert environments.
A new research initiative at the University of Southern California is investigating the effects of combining psilocybin with structured mental training.
For the first time, astronomers have distinguished between the morning and evening atmospheres of a single planet, revealing two remarkably different environments at its edges.
A recent study suggests that the Amaterasu particle, along with other extremely energetic cosmic rays, may actually be atomic nuclei heavier than iron.