Engineering Exciton Recombination Pathways in Bilayer WSe₂for Bright Luminescence

Engineering & Materials Science

• Excitons 100%
• Luminescence 83%
• Quantum yield 39%
• Photoluminescence 34%
• Transition metals 20%
• Photophysics 15%
• Electroluminescence 11%
• Quantum efficiency 11%
• Carrier concentration 10%
• Band structure 9%
• Monolayers 9%
• Tensile strain 8%
• Optoelectronic devices 8%
• Energy gap 8%
• Tungsten 7%
• Electrostatics 7%
• Multilayers 6%
• Semiconductor materials 6%

Chemistry

• Luminiscence Type 40%
• Strain 39%
• Quantum Yield 18%
• Photoluminescence 16%
• Transition Element 10%
• Diselenide 8%
• Photophysics 8%
• Electroluminescence 7%
• Electronic Band Structure 7%
• Tungsten 6%
• Optoelectronics 6%
• Multilayer 6%
• Semiconductor 5%
• Band Gap 5%
• Monolayer 5%

Physics & Astronomy

• excitons 44%
• luminescence 43%
• engineering 41%
• photoluminescence 14%
• transition metals 11%
• electroluminescence 7%
• unity 6%
• quantum efficiency 6%
• tungsten 6%
• electrostatics 5%