Can Nanocavities Significantly Enhance Resonance Energy Transfer in a Single Donor-Acceptor Pair?

Engineering & Materials Science

• Forster resonance energy transfer 100%
• Dimers 38%
• Molecules 37%
• Surface plasmons 20%
• Cavity resonators 17%
• Electrodynamics 16%
• Silver 13%
• Vacuum 11%

Chemical Compounds

• Fluorescence Resonance Energy Transfer 62%
• Displacement 30%
• Quantum Electrodynamics 23%
• Molecule 13%
• Dipole 12%
• Energy Transfer 10%
• Vacuum 10%
• Resonance 10%
• Donor 8%
• Surface 4%

Physics & Astronomy

• energy transfer 51%
• cavities 38%
• augmentation 21%
• dimers 12%
• molecules 11%
• quantum electrodynamics 7%
• cavity resonators 7%
• polaritons 6%
• plasmons 5%
• silver 5%
• dipoles 5%
• interference 4%
• vacuum 4%