Simulation
Current research into the development of Monolithic Active Pixel Sensors (MAPS) has led to significant breakthroughs in particle physics, particularly in the design of future lepton colliders and beam telescopes. The TANGERINE project, supported by the Helmholtz Innovation Pool Project and the CERN EP RD program, aims to create a
Droughts
The giraffe's long neck has been a long-standing mystery, often attributed to its ability to reach succulent leaves on tall acacia trees in Africa. However, a new study reveals that the giraffe's long legs actually play a crucial role in reducing the energy cost of pumping
Droughts
The giraffe's long neck has been a long-standing mystery, often attributed to its ability to reach succulent leaves on tall acacia trees in Africa. However, a new study reveals that the giraffe's long legs actually play a crucial role in reducing the energy cost of pumping
Droughts
The giraffe's long neck has been a long-standing mystery, often attributed to its ability to reach succulent leaves on tall acacia trees in Africa. However, a new study reveals that the giraffe's long legs actually play a crucial role in reducing the energy cost of pumping
Physicists
A team of researchers at TU Wien and the Vienna Center for Quantum Science and Technology has made a significant breakthrough in understanding the behavior of ultracold polar molecules. By performing simulations using advanced computer systems, they have demonstrated that these molecules can form strongly correlated phases without the need
Simulation
Researchers have developed a new coupled Smoothed Particle Hydrodynamics (SPH) and Discrete Element Method (DEM) framework to investigate the sedimentation behavior of densely arranged particles in vertical pipes. The model, which integrates porosity-dependent fluid governing equations through local averaging techniques, accurately captures transient acceleration, drag equilibrium, and rebound dynamics. The
Simulation
In a breakthrough study published in the Journal of Physics Research, a team of investigators from Heilongjiang University of Science & Technology has made significant discoveries on the characteristics of coupled dynamic disasters in deep mining and coal and gas disasters. Through a self-developed physical simulation test device, the researchers
Simulation
Researchers from the National Renewable Energy Laboratory have introduced a new Python library, ASE-MC, that enables transparent, reproducible, and extensible Monte Carlo simulations. This software combines the Atomic Simulation Environment (ASE) package with Monte Carlo simulation algorithms, allowing users to sample the configurational space with a concise Python script. The
Simulation
Researchers from Xiamen University have developed an integrated framework to address the challenge of strategic siting for microalgae cultivation plants in China. Using the Analytic Hierarchy Process-Geographic Information System-Monte Carlo simulation (AHP-GIS-MCS) framework, the team analyzed criteria priorities, geographic constraints, and uncertainty quantification to identify optimal locations for microalgae plant
Simulation
Researchers at Zhejiang University have conducted a comprehensive study on the behavior of sonic hydrogen jets injected into supersonic crossflows, with and without chemical reactions. The investigation aims to understand the interaction between shock waves and turbulence in the windward shear layer. The study reveals that combustion mainly occurs in
Simulation
Researchers from Northeastern University have conducted a comprehensive study on the interaction mechanisms between lithium dendrites and cavitation bubbles in lithium-ion battery recycling. The study utilized a full cycle model of ultrasonic cavitation bubble lithium dendrite interaction in the flow field, which was constructed through finite volume method (FVM) numerical
Simulation
Researchers at the University of Rochester have made significant strides in understanding the behavior of heavy metals under extreme conditions, according to a recent study published in APL Energy. The investigation, led by Sogol Karami, focuses on the impact of proton radiation on indium oxide, a promising material for electronic
