Direct connection between Mott insulators and d -wave high-temperature superconductors revealed by continuous evolution of self-energy poles

Engineering & Materials Science

• Mott insulators 100%
• High temperature superconductors 65%
• Superconductivity 45%
• Poles 38%
• Doping (additives) 24%
• Momentum 20%
• Hubbard model 15%
• Fermi level 12%
• Temperature 11%
• Copper oxides 10%
• Physics 6%

Chemical Compounds

• Self-Energy 74%
• Superconductor 49%
• Nonconductor 49%
• Superconductivity 29%
• Hubbard Model 11%
• Standard Model 9%
• Momentum 8%
• Critical Temperature 7%
• Fermi Level 7%
• Copper Oxide 6%
• Energy 5%

Physics & Astronomy

• high temperature superconductors 46%
• poles 39%
• insulators 32%
• superconductivity 16%
• energy 13%
• kinetic energy 7%
• copper oxides 5%
• two dimensional models 5%
• cuprates 5%
• critical temperature 4%
• momentum 3%
• physics 3%
• excitation 2%
• temperature 1%