··5 min read
A new artificial neural network based on the human brain sheds light on how we process moving images. Read More
Artificial IntelligenceAutismDeep LearningFeaturedMachine LearningNeuroscienceOpen Neuroscience Articles
··4 min readUsing machine learning to analyze blood samples, researchers have identified a group of new biomarkers that could lead to early diagnosis of autism. Read More
When reading, people are not only able to predict the next word, but also the words' grammatical properties. This allows us to read faster. The findings could help with the development of new neural networks focused on natural language processing. Read More
A new machine-learning algorithm which videos of echocardiograms is able to accurately predict patients who will die within a year. Read More
··5 min read
A new AI system is not only able to analyze potential new variants of COVID-19, it can also vaccine design cycles within minutes, researchers report. Read More
··4 min read
Analyzing patient data, artificial intelligence technology was able to predict mortality risk from COVID-19 infection with 90% accuracy. Read More
Combining brain scans with AI technology, researchers were able to accurately predict the likelihood of a person developing schizophrenia in those with a family history of the psychiatric disorder. Read More
··5 min read
Using machine learning, researchers have identified patterns of maternal autoantibodies in the blood plasma of pregnant women that were highly associated with autism and the severity of symptoms in offspring. Read More
Study shows a combination of human and artificial intelligence optimizes the prediction of mental health problems, including psychosis. Read More
Using theoretical calculations, computer scientists show it would be fundamentally impossible for humans to control a super-intelligent AI. Read More
A new machine-learning algorithm is assisting researchers to determine which existing drugs can be repurposed effectively for other conditions. Read More
Activity in the medial preoptic area tilts the mouse brain toward love and affection, while activity in the ventromedial hypothalamus is associated with more aggressive or hateful acts. Read More
