Neural Scaling Laws and Science Without Theory
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This paper critically examines the relationship between neural scaling laws and the role of theory in machine learning science.
A comprehensive index of artificial intelligence and machine-learning research with AI-generated summaries, citation metrics, and direct links to papers and code.
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This paper critically examines the relationship between neural scaling laws and the role of theory in machine learning science.
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This paper examines how large language models are transforming scientific research and discusses the opportunities and challenges they present for the scientific community.
Hongyin Zhu
This paper systematically categorizes and answers practical questions about LLMs across five dimensions: computing power, software architecture, data, applications, and brain science.
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This review systematically evaluates AI4Science's progress, highlighting the shift from text-centric generation to reasoning-oriented intelligence and its challenges and perspectives.
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This paper presents a research agenda for AI for science, focusing on building technical foundations to leverage data for scientific discovery.
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This paper introduces Agentic Science as a new stage in AI for Science, tracing its evolution and identifying five core capabilities for autonomous scientific discovery.
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The paper discusses the shift from traditional storage systems to in situ AI that provides multi-level abstractions for accessing information content from raw bits to learned functions capturing distributions.
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This paper provides a comprehensive overview of graph neural networks applied to materials science and chemistry, outlining potential tasks and methodologies.
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This paper provides a comprehensive overview of graph neural networks (GNNs), highlighting their flexibility in representing diverse knowledge domains, particularly in life sciences.
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This paper integrates causal representation learning with dynamical systems to model scientific phenomena, framing the problem as a causal representation learning task.
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This paper surveys meta-learning across natural and artificial intelligence, highlighting recent developments in neuroscience and machine learning.
Luigi Sigillo, Matteo Silvestri, Francesco Tabaro, et al.
EMBL AI Librarian is a knowledge layer that lets AI agents query life-sciences literature in natural language and receive evidence, improving performance across multiple benchmarks.