Deep Learning
AI Unveils Evolutionary Patterns Predicted by Darwin and Wallace
Science
Summary: A novel AI-powered study explores evolutionary differences between male and female birdwing butterflies, shedding new light on a historical debate between ...
AI Voices Fool Humans, But Brain Responses Differ
Science
Summary: People struggle to distinguish between human and AI-generated voices, identifying them correctly only about half the time. Despite this, brain scans ...
Brain Inspired AI Learns Like Humans
Technology
Summary: Today’s AI can read, talk, and analyze data but still has critical limitations. NeuroAI researchers designed a new AI model inspired ...
AI-Powered Pills Track Gut Health in Real Time
Health
Summary: Scientists have created an AI-powered system to track ingestible devices that monitor disease markers in the gut. This non-invasive technology could ...
Why Are Some Images Are More Memorable Than Others?
Science
Summary: A new study reveals that the brain prioritizes remembering images that are harder to explain. Researchers used a computational model and ...
AI Decodes Fruit Fly Vision, Paving Way for Human Insight
Science
Summary: Researchers developed an AI model of the fruit fly brain to understand how vision guides behavior. By genetically silencing specific visual ...
AI Tool Speeds Up Brain Tumor Classification
Health
Author: Researchers developed DEPLOY, an AI tool that can classify brain tumors into 10 major subtypes with 95% accuracy. The tool analyzes ...
A New Era in Neuroscience with Generative AI
Health
Summary: Researchers developed a groundbreaking model called Brain Language Model (BrainLM) using generative artificial intelligence to map brain activity and its implications ...
Visual Diet Shapes Development in Infants
Health
Summary: Researchers uncovered a critical aspect of infant vision, revealing that very young babies experience a unique visual diet consisting of simple, ...
Robot Masters Terrain with Animal-Like Gait Transitions
Science
Summary: Researchers leveraged deep reinforcement learning (DRL) to enable a robot to adaptively switch gaits, mimicking animal movements like trotting and pronking, ...
