AI Models Predict Deadly Flyrock From Mine Blasts With Unprecedented Accuracy
Researchers developed optimized hybrid XGBoost models that accurately predict blast-induced flyrock distances at Iran's Sungun Copper Mine while identifying powder ...
Researchers developed optimized hybrid XGBoost models that accurately predict blast-induced flyrock distances at Iran's Sungun Copper Mine while identifying powder ...
Researchers in Croatia show that threshold-calibrated machine learning models built on routine clinical and laboratory data can identify a small ...
Researchers have developed a hybrid AI method that combines artificial potential field guidance with an LSTM-enhanced Soft Actor–Critic algorithm to ...
Researchers have unveiled a hybrid AI framework that combines logical rule-learning with large language models to generate drug candidate molecules ...
A new study introduces auditable update-utility certificates that verifiably measure the value of each client's contribution in personalized federated learning ...
A double-blind clinical trial found that metabolites from folate-dependent one-carbon metabolism and the transsulfuration pathway, analyzed with machine learning, predicted ...
Researchers have developed TRACE, a self-supervised framework that teaches video AI models to reason about interventions and counterfactuals rather than ...
University of South Carolina researcher Fanghui Shi has received a five-year, $2.2 million NIH Director's New Innovator Award to use ...
A new study shows that embeddings from a pretrained chemical language model nearly match classical QSAR methods in predicting which ...
A self-supervised language model called NucleicBERT offers researchers a new computational lens on the vast and poorly charted space of ...
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© 2026 Scienmag - Science Magazine