Assembly Theory: A Weak Version of Algorithmic Complexity Based on LZ Compression
Assembly Theory is a weak version of algorithmic complexity based on LZ compression, subsumed by statistical compression methods.
Assembly Theory: A Weak Version of Algorithmic Complexity Based on LZ Compression
Assembly Theory is a weak version of algorithmic complexity based on LZ compression, subsumed by statistical compression methods.
Melting Ice Solves Leap-Second Problem Temporarily
Melting ice affects Earth's rotation.
Impact of Global Warming on Global Timekeeping
Global warming is accelerating the melting of polar ice, leading to changes in Earth's rotation and potentially requiring adjustments to Coordinated Universal Time (UTC) earlier than planned.
Unveiling the Fractal Invisibility Cloak
Serendipitous discovery leads to fractal metamaterials.
Contagion Origins: Maximum-Likelihood Estimation in Spreading Models
Probabilistic approach for rumor source detection using maximum likelihood estimation in spreading models.
Bridging Text and Molecule: Multimodal Frameworks for Molecule Research
Artificial intelligence revolutionizes molecular science through multimodal frameworks.
Knowledge-Reuse Transfer Learning Methods in Molecular and Material Science
Transfer learning methods enhance material design by leveraging existing knowledge to predict properties accurately with limited data.
Information Decomposition in Complex Systems Using Machine Learning
Practical methodology using machine learning for information decomposition in complex systems.
MoleculeQA: A Comprehensive Evaluation Dataset for Molecular Understanding
Existing language models in molecular research lack factual accuracy, leading to the development of MoleculeQA for comprehensive evaluation.
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