AI detects cancer • Mushroom powered robot • Realtime game generation • AI news this week
Welcome to the AI Search newsletter. Here are the top highlights in AI this week.
Researchers have developed an advanced AI called AINU that can detect cancer and viral infections with incredible precision. By analyzing high-resolution images of cells, AINU can distinguish between normal and cancerous cells, spotting changes as small as 20 nanometers. This technology could revolutionize disease diagnosis and monitoring, allowing for faster and more accurate treatments. Read more
New AI broke the world record for Pokemon. This team of autonomous AI agents can also play other games without ever being trained on game play data. For example, it can play Hogwarts Legacy and Among Us.
1X Technologies has launched NEO, a humanoid robot designed for home assistance. Standing 5.5 feet tall, NEO can perform tasks like cleaning and organizing, and it even runs and walks at impressive speeds. With advanced AI that helps it learn and adapt, NEO aims to make daily life easier and safer. Read more
Alibaba has launched a new AI model called Qwen2-VL, which excels in vision-language tasks. This model outperforms GPT-4o in areas like document comprehension and complex problem-solving, handling diverse image sizes and even long videos. With support for multiple languages, Qwen2-VL is a powerful tool that could transform AI applications globally. Read more
Turbotype is a Chrome extension that allows you to type faster by setting customizable shortcuts, designed to boost productivity and save time. Easily create, save, and use keyboard shortcuts for frequently used phrases. It’s free forever - try it out today!
Researchers at Cornell University have created biohybrid robots that are controlled by electrical signals from mushrooms. These robots can respond to their environment better than traditional robots by using fungal mycelia to sense inputs like light and chemicals. This innovative approach could lead to more autonomous robots capable of interacting with their surroundings in real-time. Read more
Google researchers have created GameNGen, an AI system that simulates the classic game DOOM in real-time. This innovative model runs at over 20 frames per second using a diffusion model to predict each frame, making the gameplay nearly indistinguishable from the original. With its ability to generate complete games without traditional engines, GameNGen opens up exciting possibilities for personalized gaming experiences. Read more
Magic has developed LTM-2-mini, an AI model that can process 100 million tokens at once, equivalent to 10 million lines of code or 750 novels. This model is 50 times better at understanding context and works 1000 times more efficiently than current models, enabling it to analyze complex information quickly. With a partnership with Google Cloud to build advanced supercomputers, this breakthrough could lead to smarter AI systems with near-perfect memory. Read more
uPix is an AI Selfie Generator that allows users to turn into anyone in just one click. Select from a vast array of templates, ranging from superheroes to business portraits, and even anime characters. Try it out today!
OpenAI is reportedly in talks to raise a massive new funding round that could value the company at over $100 billion. Thrive Capital is leading this round, with other investors like Microsoft likely to join, helping OpenAI cover its significant financial losses. This funding will support the company's ongoing development of AI technologies. Read more
OpenAI and Anthropic have teamed up with the U.S. Artificial Intelligence Safety Institute to test their AI models. This deal allows the government to access and evaluate these models for safety before they are released to the public, aiming to ensure that AI systems are safe and reliable. Read more
Researchers have created a new AI system that speeds up computer simulations for science. This system uses advanced machine learning to help scientists quickly analyze complex problems, making research more efficient in fields like materials science and climate change. By combining video demonstrations with user instructions, it can navigate real-world environments effectively. Read more