About the workshop
Topological quantum matter
lies at the interface between condensed matter physics and elementary particle physics and allows an interesting and fruitful
cross-fertilization of ideas. Similarly, the field of quantum information science is very broad encompassing a number of fundamental themes such as
quantum many-body theory, quantum complexity, and topological quantum computing. This workshop will bring together
world-class experts presenting tutorials and talks on a variety of related topics to prospective and beginning graduate
students (MSc. & PhD).
Students may apply for financial support. Selected students will receive full or partial coverage (i.e., room and board plus travel expenses), depending on the number of applicants.
Students may apply for financial support. Selected students will receive full or partial coverage (i.e., room and board plus travel expenses), depending on the number of applicants.
Topics to be covered:
- Topological insulators (2D and 3D)
- Spin entanglement
- Quantum complexity theory and quantum algorithms
- Quantum information theory
- Majorana Fermions in topological superconductors
- Weyl fermions in novel materials
- Quantum computing with quantum optics
- Quantum spintronics
- Diamond quantum photonics
- Thermodynamics of quantum systems
- Open quantum system dynamics
- Sensing and magnetometry at quantum limit
Organizing Committee
Diogo O. Soares-Pinto (IFSC/USP)
Eric C. Andrade (IFSC/USP)
J. Carlos Egues (IFSC/USP)
Sérgio R. Muniz (IFSC/USP)
Eric C. Andrade (IFSC/USP)
J. Carlos Egues (IFSC/USP)
Sérgio R. Muniz (IFSC/USP)