Adapt-Ring Polymer Networks Reorganize and Strengthen Under Mechanical Stress
Researchers have developed adapt-ring polymer networks that autonomously remodel, strengthen, and grow under mechanical stress.
Researchers have developed adapt-ring polymer networks that autonomously remodel, strengthen, and grow under mechanical stress.
Researchers have built quantum and quantum-inspired physics-informed neural networks that solve the Hamilton–Jacobi–Bellman equation from the Merton portfolio optimization problem ...
A new study reports that microRNA-124-3p directly targets the AHR gene to activate autophagy, suppressing stomach adenocarcinoma cell growth in ...
Researchers report that their enhanced YOLOv8n model, MFF-YOLO, improves SAR ship detection accuracy on two benchmark datasets by combining multi-scale ...
A quasiparticle model of magnetized strange quark matter predicts strange quark star masses rising from 1.66 to 2.19 solar masses ...
A new review argues that machine learning can speed the search for schistosomiasis drugs only if paired with standardized, high-throughput ...
Researchers mapped normal pony chest and abdominal anatomy with computed tomography and used the reference to guide surgery in a ...
An analysis of Atwood's Oryx and Crake outlines the cognitive, practical, and ontological risks of gene editing technology while critiquing ...
A single-cell RNA sequencing study revealed an expansion of low-density neutrophils and altered immune communication in five patients with myasthenia ...
An editorial collection on urologic research highlights emerging advances in urinary microbial profiling, host immunogenomics, and diagnostic imaging while identifying ...
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© 2026 Scienmag - Science Magazine