Effects of Lattice Geometry on Thermopower Properties of the Repulsive Hubbard Model

Explore a conference talk on the effects of lattice geometry on thermopower properties in the repulsive Hubbard model. Delve into correlated materials, optimum doping, and the Hover model as presented by Thereza Paiva from UFRJ, Brazil. Examine dispersion relations, correlations, and mod insulators while investigating conductivity results and spin correlations. Compare triangular, honeycomb, and square lattices, analyzing their impact on Ziba coefficients and power factors. Gain insights into magnetic relations and the significant effects observed in thermopower properties. Conclude with an exploration of thermal conductivity and the speaker's impressions on this complex topic in quantum materials.

Introduction
Collaborators
Summary
Conclusions
Correlated materials
Optimum doping
Hover model
dispersion relations
correlations
mod insulator
conductivity
results
spin correlations
zback coefficient
correlation
Triangular lattice
Honeycomb lattice
Square lattice
Ziba coefficient
Power factor
Conclusion
My impression
Magnetic relations
Why such a big effect
The power factor
Thermal conductivity