A study in Applied Network Science shows that converting network traffic features into natural language significantly improves the quality of...

A distributionally robust optimization framework using Wasserstein ambiguity spheres and decoupled conditional value at risk reduces parameter estimation error to...

A composite synthesized from coal bottom ash and metal-organic frameworks removed 73 percent of trivalent arsenic from simulated wastewater under...

A scientific review examines how biomass-derived chars enhance semiconductor nanocomposite performance across catalytic, energy storage, and environmental applications.

Materials scientists demonstrated that continuous equal-channel angular pressing refines the microstructure of two biomedical magnesium alloys to concurrently enhance room-temperature...

Researchers developed OSTMF-Net, an operation-state-gated multimodal network combining temporal and graph models to predict simulation-derived voltage and thermal risks on...

A single-layer, two-port circularly polarized MIMO antenna achieves a 9.6 percent operating bandwidth and 9.4 dBi gain for long-range drone...

A naturalistic study of over 8,000 participants found that smartphone sensors provide moderate agreement with Fitbit wearables for tracking broad...

A computational study reveals that quaternary hybrid nanofluids containing four nanoparticle types significantly enhance heat transfer across curved stretching surfaces...

A diffusion-inspired metaheuristic replacing gradient descent with density-driven particle dispersal achieves superior optimization accuracy across high-dimensional and noisy benchmark landscapes.