Latest Research in Strongly Correlated Electrons

Top Research Topics in Strongly Correlated Electrons

• Mesoscale and Nanoscale Physics — 28 papers
• Topological Materials and Phenomena — 17 papers
• Strongly Correlated Electrons — 10 papers
• Quantum Physics — 3 papers
• Quantum Gases — 3 papers
• Statistical Mechanics — 3 papers
• Disordered Systems and Neural Networks — 2 papers
• Superconductivity — 2 papers
• Other Condensed Matter — 2 papers
• Quantum and Classical Electrodynamics — 1 papers

Highest-Cited Papers

1. Discovery of an intrinsic non-Hermitian phase transition in a bulk condensed-matter system (1 citations)
2. A Compact Gauss Field with a Native Clock: Ground Energy and Planar Strain
3. The Cost of Reliability in Optimal Magnetization Switching: A Longitudinal-Field Front for Van der Waals Magnets
4. Capacity theory of parallel cavity-soliton reservoir computing in an injected laser with a saturable absorber
5. Curvature-Flux Representation of Local Dirac-Node Topology from Non-Hermitian Zeeman Quantum Geometry
6. Observation of a Topological Phase Transition in Random Coaxial Cable Structures with Chiral Symmetry
7. Quantum spin liquid state of a dual-species atomic array on Kagome lattice
8. Quantum Coulomb drag signatures of Majorana bound states
9. Topological phase and its effective tuning in a ladder lattice
10. Rotating Zeeman field as a tool for Majorana zero mode detection in topological superconducting wire
11. Quasilocal transport in the integer quantised Hall effect: adiabatic separation, local Ohm's law, and Joule heating of the incompressible strips
12. Klein Tunneling of Dirac Fermions through Electromagnetic Barriers
13. Unified contact-free formulation of linear-response transport theory
14. Overview of the Theory of Extremely Correlated Fermi Liquids
15. Shot noise signatures of Majorana-assisted transport in an Aharonov-Bohm interferometer
16. Anderson localization in topological metals
17. Anomalous supercurrents in the presence of particle losses
18. Topological Insulators: Symmetry-Protected Edge States via Z₂ Invariant — E8 Intelligence Research
19. Rotating Zeeman field as a tool for Majorana zero mode detection in topological superconducting wire
20. Topological Insulators: Symmetry-Protected Edge States via Z₂ Invariant — E8 Intelligence Research