Metal Insulator Transition
By Qin Meng. 2010
443 citations recorded by the source corpus.
Metal Insulator transition(MIT) is characterized by the conductivity which will be zero in the insulator phase. In this term paper, we focus on Mott insulator, and a simple theoritical way to describe this MIT is the Hubbard Model .Finally, we will look at the experiments of Mott insulator transition .
View Paper: https://www.semanticscholar.org/paper/f581fd5c2386b0f69d3c5a09ae6661b79ace8665
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Citations in the corpus
- Understanding intermediate-band solar cells (2012, background): “, as is the case when the density of the impurities is high enough to exceed the Mott transitio”
- Density functional theory: Its origins, rise to prominence, and future (2015, background): “The metal-insulator transition of Mott (Mott, 1968; Imada, Fujimori, and Tokura, 1998) is a well-studied example.”
- Heat Transfer in Thermoelectric Materials and Devices (2013, background): “Moreover, it is unclear how the scattering picture transitions from isolated scatterers in the dilute limit to dependent scattering in the nondilute mixing limit, which is similar to localized and extended states in electronic materials [155,156].”
- Oxide Electronics Utilizing Ultrafast Metal-Insulator Transitions (2011, unknown): “Figure 5c shows the I-V characteristics of a planar VO2 switch device at various temperatures: (1) 293 K, (2) 241 K, (3) 211 K, (4) 144 K, (5) 91 K, and (6) 15 K (109).”
- Fermi-Hubbard Physics with Atoms in an Optical Lattice (2010, background): “The Mott Insulator and Repulsive Interactions In solid materials, the Mott insulating phase leads to a suppression of conductivity, which in this case is a result of interactions rather than of a filled Bloch band (103).”
- Disordered quantum gases under control (2009, methodology): “in the absence of interactions ( U =0 ) as discussed above, and to the Mott transitio”