Simulated swarm of quantum diamond sensors could sharpen landmine detection
A simulation-only study proposes a quantum-enhanced swarm robotics framework that pairs NV-center magnetometers with Bayesian sensor fusion to detect landmines.
A simulation-only study proposes a quantum-enhanced swarm robotics framework that pairs NV-center magnetometers with Bayesian sensor fusion to detect landmines.
A hybrid bee-colony and genetic algorithm with physics-informed neural network screening plans electricity dispatch in wind-, solar-, and electric-vehicle-rich grids ...
A reproducible mixed-integer programming study of a public logistics dataset found a modest 0.83 percent cost saving alongside severe route ...
Stochastic simulations of low-temperature aquifer thermal energy storage show the cold well, not the warm well, controls system reliability as ...
Researchers have proposed a multi-stage stochastic preference analysis framework that combines the MABAC method with Monte Carlo simulation and SMAA-2 ...
A unified simulation study finds structural controllability is most vulnerable to random edge failures in sparse, severely degraded Erdős–Rényi networks, ...
A stochastic structural dynamics model simulates the Nigerian health sector as an under-damped structure, projecting severe strain peaks and a ...
A computational study of one breast-cancer region shows that radionuclide identity and subcellular binding location jointly shape simulated cancer-cell nuclear ...
A net present value analysis found academic hand surgeons earned about 20 percent less lifetime compensation than non-academic peers under ...
A new geometric control law brings second-order super-twisting reaching directly onto Lie groups, promising smoother and more robust spacecraft attitude ...
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© 2025 Scienmag - Science Magazine