Giant optical gain in a single-crystal erbium chloride silicate nanowire

Engineering & Materials Science

• Optical gain 100%
• Erbium 90%
• Nanowires 71%
• Silicates 66%
• Single crystals 66%
• Nanophotonics 60%
• Rare earth compounds 36%
• Optical materials 31%
• Carrier lifetime 30%
• Lasers 29%
• Light amplifiers 28%
• Nanostructured materials 23%
• Rare earths 23%
• Photonics 22%
• Crystalline materials 20%
• Integrated circuits 17%
• Wavelength 16%
• Experiments 13%

Physics & Astronomy

• chlorides 57%
• silicates 55%
• erbium 55%
• nanowires 46%
• single crystals 35%
• rare earth compounds 26%
• optical materials 21%
• carrier lifetime 20%
• light amplifiers 19%
• integrated circuits 18%
• lasers 16%
• rare earth elements 16%
• amplifiers 15%
• photonics 13%
• augmentation 11%
• wavelengths 9%

Chemical Compounds

• Optical Gain 94%
• Erbium 72%
• Nanowire 49%
• Single Crystalline Solid 41%
• Chloride 33%
• Application 18%
• Lanthanoid Atom 14%
• Wavelength 13%
• Nanomaterial 12%
• Time 6%