Universality classes of metal-insulator transitions in strongly correlated electron systems and mechanism of high-temperature superconductivity

Chemical Compounds

• Mott Transition 100%
• Metal Insulator Transition 73%
• Superconductivity 60%
• Dimension 29%
• Electron Particle 28%
• Wavenumber 26%
• Non-Fermi Liquid 25%
• Spin Fluctuation 22%
• Photoemission 15%
• Order Parameter 15%
• Critical Temperature 15%
• Superconductor 14%
• Conductor 13%
• Electron Density 11%
• Orbital 10%
• Transition Element 9%
• Force 8%
• Energy 6%

Engineering & Materials Science

• Metal insulator transition 97%
• Superconductivity 79%
• Electrons 52%
• Organic conductors 36%
• Transition metal compounds 36%
• Photoemission 31%
• Carrier concentration 24%
• Superconducting materials 22%
• Temperature 20%
• Superconducting transition temperature 18%
• Liquids 11%
• Experiments 6%
• Spin fluctuations 2%

Physics & Astronomy

• superconductivity 43%
• insulators 38%
• metals 26%
• electrons 21%
• exponents 19%
• coupled modes 12%
• metal compounds 8%
• cuprates 6%
• critical temperature 5%
• tendencies 5%
• photoelectric emission 5%
• inhomogeneity 5%
• transition metals 5%
• conductors 5%
• transition temperature 5%
• breakdown 5%
• magnetic permeability 4%
• orbitals 4%
• causes 3%
• symmetry 3%
• predictions 3%
• liquids 3%
• energy 1%