Add to ORKGWe utilize a 1d Hubbard model to show that the superconductivity in cuprate superconductors likely arises due to the orbital entanglement between holes in the copper oxide plane mediated by orbitally-selective charge hopping. The main role of doping required to achieve superconductivity in cuprates is to suppress the Mott correlations and orbital ordering. The proposed mechanism explains superconductivity in other unconventional superconductors, and provides guidance in the search for new high-temperature superconductors.Comment: The analysis in this manuscript is not applicable to cuprate superconductor
We develop here a tentative explanation of the high-TC superconductivity mechanism, on the basis of ...
A major pathway towards understanding complex systems is given by exactly solvable reference systems...
Spontaneous symmetry breaking constitutes a paradigmatic classification scheme of matter. However, b...
The minimal ingredients to explain the essential physics of layered copper-oxide (cuprates) material...
The minimal ingredients to explain the essential physics of layered copper-oxide (cuprates) material...
After more than 15 years of intense research since the discovery of high-temperature superconductiv...
After more than 15 years of intense research since the discovery of high-temperature superconductiv...
Understanding the complex phase diagram of cuprate superconductors is a long-standing challenging pr...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
Starting with a minimal model for the CuO2 planes with the on-site Hilbert space reduced to a charge...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
The elementary CuO2 plane sustaining cuprate high-temperature superconductivity occurs typically at ...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
The ancient phrase, "All roads lead to Rome" applies to Chemistry and Physics. Both are highly evolv...
The ancient phrase, "All roads lead to Rome" applies to Chemistry and Physics. Both are highly evolv...
We develop here a tentative explanation of the high-TC superconductivity mechanism, on the basis of ...
A major pathway towards understanding complex systems is given by exactly solvable reference systems...
Spontaneous symmetry breaking constitutes a paradigmatic classification scheme of matter. However, b...
The minimal ingredients to explain the essential physics of layered copper-oxide (cuprates) material...
The minimal ingredients to explain the essential physics of layered copper-oxide (cuprates) material...
After more than 15 years of intense research since the discovery of high-temperature superconductiv...
After more than 15 years of intense research since the discovery of high-temperature superconductiv...
Understanding the complex phase diagram of cuprate superconductors is a long-standing challenging pr...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
Starting with a minimal model for the CuO2 planes with the on-site Hilbert space reduced to a charge...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
The elementary CuO2 plane sustaining cuprate high-temperature superconductivity occurs typically at ...
Copper oxides are the only materials that have transition temperatures, T c, well above the boiling ...
The ancient phrase, "All roads lead to Rome" applies to Chemistry and Physics. Both are highly evolv...
The ancient phrase, "All roads lead to Rome" applies to Chemistry and Physics. Both are highly evolv...
We develop here a tentative explanation of the high-TC superconductivity mechanism, on the basis of ...
A major pathway towards understanding complex systems is given by exactly solvable reference systems...
Spontaneous symmetry breaking constitutes a paradigmatic classification scheme of matter. However, b...