The exotic phases arising from the complex interplay between the electron and the elementary excitation such as phonons, magnons, etc. is one of the prominent aspects of condensed matter physics. The complex interplay often results in different competing ground states with different microscopic properties and different low energy excitations. Disrupting the system by external stimuli such as changing temperature, applying pressure, or doping with different chemical elements, one can manipulate through different phases and try to understand the microscopic multiple degrees of freedom in correlated many body systems. In addition, complex systems offer a great deal of real world applications, however, sufficient understanding and knowledge of many body interactions is first necessary on a fundamental level.
In this regard, the Elasto-Q-Mat Summer School “Interplay of multiple degrees of freedom – charge, spin and lattice” is intended to bring the state of the art expertise in the field of condensed matter physics to educate our PhD student within the SFB Transregio 288 project. Thus, our students have the opportunity to become familiar with the current research both in terms of theoretical and experimental perspective in the diverse field of many body systems.