Program

 

Short Courses

 
SC1 - New materials growth, New materials growth and discovery, New materials characterization
Paul Canfield (AMES Lab)
 
SC2 - Machine Learning for Many-Body Physics*
Juan Carrasquilla (Perimeter Institute) 
Roger Melko (Waterloo)
 
SC3 - From the fundamentals of Density Functional Theory for its use in complex quantum materials
John Perdew (Tulane)
 
SC4 - Heavy fermion systems: From quantum criticality to electronic topology*
Silke Buhler-Paschen (TUW)
 
SC5 - STM, RIXS and ARPES techniques for investigating emergent quantum states of matter
Eduardo Silva Neto (Yale)
 
SC6 - DMRG+Tensor Networks*
Adrian Feiguin (Northeastern University)
 
SC7 - Topological Quantum Matter
M. Zahid Hasan (Princeton)
 
* (tentative titles)

 

Talks

 

Adrienn RuzSinszky Perdew (Tulane) - "Meta-generalized gradient approximations for quantum materials"
 
Helena Petrilli (USP) - "Band filling effects on the emergence of magnetic skyrmions"*
 
Ingrid Barcelos (CNPEM) - "Polariton engineering with quantum materials"*
 
Jose A. Hoyos (USP) - "Phase transitions in disordered quantum systems"*
 
Marcos Avila (UFABC) - "Quantum materials for thermoelectrics"*
 
Maurice de Koning (UNICAMP) - "Plastic deformation of superionic water ices"*
 
Pascoal Pagliuso (UNICAMP) - "Electron spin resonance on quantum materials"*
 
"All speakers confirmed participation in the school. The titles of the talks are subjected to changes."