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297.
Cheap open AI matches OpenAI and DeepSeek in some tests
AI researchers started with a free Qwen model and used distillation to make a new AI model for less than $50 in cloud computing costs.
297.
Latent reasoning: language models that think?
Preliminary research suggests a new path for language models, combining internal reasoning with traditional word generation.
297.
Elon Musk unveils Grok 3
Performance benchmarks displayed during the event showed Grok 3 outperforming rivals in math, science, and coding tasks.
297.
DeepSeek: a Sputnik moment for AI and a wake-up call
DeepSeek's R1 has shocked the tech world and disrupted the stock market with the astonishingly low cost of development they claimed.
297.
Rat vision is still more efficient than machine vision
AI can mimic natural vision but does so differently than biological systems do. Learning from how animals see could help improve AI.
297.
Seeing inside the black box of deep neural networks
Researchers have found a way to visualize how deep neural networks organize information, which helps spotting errors.
297.
Photonic hardware could make neural networks run faster and use less energy
MIT researchers have built a photonic chip that can do all the necessary calculations for deep neural networks using only light.
297.
Learning materials based on mechanical neural networks
Physicists at the University of Michigan have developed material systems that can learn using mechanical neural networks.
2275.
Revolutionizing Multimodal AI: A Breakthrough in Efficient Neural Networks with Advanced Attention Mechanisms
Explore a revolutionary neural network architecture integrating Multi-Query, Multi-Head, and Grouped-Query Attention, enhancing efficiency and adaptability in multimodal tasks while reducing computational costs and memory usage.
1167.
NEOLAF: Introducing a Never-Ending Learning Framework for Intelligent Agents
Introducing NEOLAF: A novel Neural-Symbolic Cognitive Architecture revolutionizing AI. Enhanced explainability, efficiency, and self-improvement redefine intelligent agent construction. Dive into its advanced learning capabilities and transformative potential.