Electronic Correlations, Emergent Phenomena, and Quantum Materials

The scientific goal of the ECEPQM Workshop is to discuss the recent and most advanced developments in the field of electronic correlations, emergent phenomena and quantum materials. In particular we will have sessions on many body theory and computational approaches, oxide heterostructures, modern aspects of Xtronics (X=spin, orbit, valley, twist, oxi, …), novel superconductors, topological materials, driven systems and many-body localization. Through a better understanding of electronic phases and emergent collective properties in correlated quantum systems, one can envision achieving a high degree of control over the fundamental mechanisms underlying the science of advanced quantum materials and unconventional quantum phases. Furthermore, the advancement in theoretical approaches and materials design strategies can contribute in tackling present experimental and technological challenges in functional materials with the aim of providing a perspective on the ways-to-go towards new concepts, effects and materials with an impact particularly in the area of oxide spintronics, spin-orbitronics, two-dimensional (2D) electronics, topotronics, etc. The Workshop has a distinctive overall spirit. The underlying goal is to project a new generation of talented physicists into a 21st century atmosphere akin of the great gatherings that have brought together the founding fathers of many body theory. The 2018 edition in Campello sul Clitunno, Italy, was particularly successful thanks to the collaborative and friendly atmosphere among the participants. Physics is often teamwork and we are convinced that scientists need more occasions where to practice efficient communication and discussions without preconceptions and boundaries. We hope that this venue, in the heart of sunny southern Italy, its tradition towards open attitude as well as its warm cultural atmosphere will inspire all the participants to reach this goal.