Скачать с ютуб This New AI Learns Like a Real Brain – TopoLM Explained | This Brain-Inspired AI could change в хорошем качестве

This New AI Learns Like a Real Brain – TopoLM Explained | This Brain-Inspired AI could change

#chatgpt #ai #trending A Brain-Inspired Breakthrough in AI | Meet TopoLM A new AI model called TopoLM, developed at EPFL, mimics the human brain’s neural structure to learn language more naturally. By organizing artificial neurons into clusters on a 2D grid, TopoLM creates its own cortical map—bringing powerful insights to AI interpretability, neuromorphic hardware, and language processing. DISCLAIMER: This video is intended for educational and informational purposes only. It explores concepts in artificial intelligence, neuroscience, and machine learning based on publicly available research. The views and interpretations expressed are those of the creator and do not represent any official position of EPFL or associated researchers. This content does not offer professional or medical advice. Always consult appropriate experts before applying any concepts discussed in this video. Watch to explore: How TopoLM self-organizes verbs, nouns, and syntax What makes it biologically aligned with real human brain scans (fMRI) Why it's more interpretable than traditional transformers Chapters: 0:00 – Intro to TopoLM 1:15 – What Is a Cortical Map in AI? 3:00 – TopoLM vs Regular Transformers 5:30 – Brain Scan Similarities 7:10 – Neuromorphic Hardware Potential 9:00 – Why This Changes AI Interpretability #AI #Neuroscience #BrainInspiredAI #TopoLM #ArtificialIntelligence #AIRevolution AI News, AI Updates, AI Revolution, AI, artificial intelligence, brain inspired AI, TopoLM, EPFL AI, neuroscience, machine learning, language model, GPT2, transformer model, brain mapping, cognitive AI, AI research, neural networks, cortex simulation, brain signals, AI language model, brain AI, topographic model, AI and neuroscience, AI interpretability, human brain AI, brain-like AI, AI language processing, AI vs brain, AI cortex, AI learning, AI clusters