Long-Lived Population Inversion in Isovalently Doped Quantum Dots

Engineering & Materials Science

• Stimulated emission 100%
• Optical gain 87%
• Emission spectroscopy 87%
• Excited states 84%
• Atoms 52%

Physics & Astronomy

• population inversion 60%
• quantum dots 39%
• depletion 17%
• traps 15%
• stimulated emission 10%
• excitation 9%
• rods 8%
• life (durability) 6%
• spectroscopy 5%
• electronics 5%
• atoms 5%
• interactions 4%
• energy 2%

Chemistry

• Quantum Dot 45%
• Auger Recombination 18%
• Optical Gain 16%
• Stimulated Emission 13%
• Electronic Excitation 12%
• Transition State 8%
• Excited State 8%
• Spectroscopy 6%
• Energy 4%