Electronic Origin of Optically-Induced Sub-Picosecond Lattice Dynamics in MoSe₂ Monolayer

Engineering & Materials Science

• Lattice vibrations 100%
• Transition metals 79%
• Monolayers 70%
• Photoexcitation 66%
• Fermi surface 40%
• Phonons 28%
• Electronic properties 27%
• Phase change memory 25%
• Optical properties 22%
• Molecular dynamics 20%
• Electrons 18%
• Semiconductor materials 15%
• Materials properties 15%
• Computer simulation 9%
• Experiments 6%

Chemical Compounds

• Lattice Dynamics 79%
• Monolayer 40%
• Photoexcitation 39%
• Transition Element 39%
• Debye-Waller Factor 27%
• Simulation 22%
• Electronic Excitation 21%
• Electron-Hole Pair 19%
• Disorder 15%
• Electronic Property 14%
• Semiconductor 13%
• Molecular Dynamics 13%
• Optical Property 13%
• Application 11%
• Energy 8%
• Surface 5%

Physics & Astronomy

• transition metals 33%
• photoexcitation 29%
• electronics 27%
• optical control 17%
• Fermi surfaces 13%
• softening 13%
• emerging 12%
• disorders 10%
• simulation 10%
• molecular dynamics 9%
• phonons 9%
• vibration 8%
• optical properties 8%
• excitation 6%
• energy 3%