Efficient parallel strategy for molecular plasmonics – A numerical tool for integrating Maxwell-Schrödinger equations in three dimensions

Mathematics

• Plasmonics 100%
• Maxwell's equations 59%
• Three-dimension 53%
• Strategy 39%
• Molecules 36%
• Ring Resonator 35%
• Optical Properties 29%
• Methodology 27%
• Strong Coupling 26%
• Parallelization 23%
• Balancing 21%
• Domain Decomposition 20%
• Radiation 19%
• Speedup 19%
• Ensemble 18%
• Numerical integration 17%
• Degree of freedom 16%
• Triangular 16%
• Numerical Experiment 13%
• Three-dimensional 13%
• Simulation 11%
• Computing 11%
• Demonstrate 11%

Physics & Astronomy

• Maxwell equation 55%
• dissociation 30%
• methodology 30%
• diatomic molecules 20%
• numerical integration 19%
• central processing units 18%
• electromagnetic radiation 15%
• emitters 15%
• degrees of freedom 15%
• decomposition 14%
• resonators 14%
• electromagnetism 13%
• rings 12%
• optical properties 12%
• molecules 10%
• simulation 7%

Engineering & Materials Science

• Plasmonics 82%
• Maxwell equations 71%
• Molecules 36%
• Optical properties 23%
• Electromagnetic waves 20%
• Resonators 17%
• Decomposition 13%
• Experiments 6%