Explore the groundbreaking EU-funded COMMUTE project unraveling the potential link between COVID-19 and dementia link using AI. Led by Prof. Dr. Martin Hofmann-Apitius, the project aims to understand the neurodegenerative risks associated with SARS-CoV-2 infections.
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Discover the limitations of AI in emergency room settings as revealed by a recent study. Understand the inconsistencies and challenges faced by AI programs like ChatGPT in assessing patients with chest pain.
Discover how advanced AI techniques, explored in a groundbreaking study by IIT Indore, offer new possibilities for early Alzheimer’s diagnosis. Explore the transformative role of ensemble deep learning in tackling complex healthcare challenges.
Discover how Washed Out breaks new ground with the release of the first AI-generated music video, created with OpenAI’s Sora model. Explore the surreal visuals and the transformative impact of AI in music storytelling.
JPMorgan introduces IndexGPT, a new AI-powered range of thematic investment baskets leveraging OpenAI’s GPT-4 model for identifying emerging trends and creating automated thematic indexes.
Runway AI’s AI Film Fest showcased the rapid creative evolution of AI video tools in just 1 year, with polished, cinematic films blurring the lines between AI and human artistry.
Discover how AI is reshaping legal services with potential automation of 44% of tasks. Insights from recent studies by top researchers.
Explore Google’s Med-Gemini AI models, advancing healthcare with long-context processing & multimodal capabilities. Revolutionize healthcare AI now!
Discover how researchers from UC San Diego are revolutionizing breastfeeding assessment with a novel AI-powered system and modified pacifier.
Discover how the groundbreaking AI-MARRVEL (AIM) system is revolutionizing the diagnosis of rare genetic disorders worldwide. Developed by an international team of experts, AIM significantly improves diagnosis accuracy by leveraging machine learning on real patient data. With its ability to identify causative variants and even discover new disease genes, AIM holds immense potential to transform clinical genomics and ensure more children receive life-changing genetic diagnoses.