**Brain Cells Learn to Play Pong on a Tiny Chip**
Brain cells on tiny chips have learned to control a simplified Pong game, demonstrating remarkable learning and adaptat…
Singapore's Biological Data Center: A Revolution in Computing
Singapore's new biological data center replaces traditional silicon processing with living human neurons, offering a su…
Unlocking AI: NCore's Perfect Neural 3D Scene Fusion
NCore, an open-source data layer, unifies data from cameras, lidars, and radars to create a precise, real-time neural 3…
The brain's computational code compared to AI
The human brain and artificial intelligence (AI) share a fundamental computational code, offering insights into how bot…
AI Student's 300-Agents Task in 3 Hours
Dive into the future of AI research with the power of AI agent simulations and neural network editors. These tools allo…
Microsoft's Free 12-Week AI Course for Beginners
Microsoft offers a free 12-week AI course for beginners, making AI learning accessible to everyone. This comprehensive…
Understanding Voice Assistants: How They Work Technically
Voice assistants like Siri and Alexa convert spoken commands into text and process this text to understand meaning, all…
DishBrain: The Future of Gaming with Living CPUs
DishBrain is a revolutionary advancement in synthetic biological intelligence, where scientists at Cortical Labs have c…
Exploring the Hidden Architecture of AI Neural Networks
Neural networks, fundamental to AI, are vast systems of interconnected artificial neurons that process data and recogni…
Revolutionary Living Computers Made of Human Brain Tissue
Living computers made from human brain tissue could revolutionize technology by offering unprecedented energy efficienc…