The aim of 2023 Superstripes conference is to foster top-level science and scientific culture advances bringing together selected world leaders in the field of new advances in hot topics of quantum complex matter science.
- Control and manipulation of complexity for quantum entanglement
- Novel quantum devices
- Nanoscale supramolecular heterstructures
- Topological Quantum Science
- Majorana exchange and unconventional electron-phonon interactions
- Fano resonances
- Interfaces between complex quantum matter and living matter
- Cold atoms (Hubbard Model, Feshbach Resonances, BEC-BCS crossover) and complex systems (Nanoscale phase separation)
- Supersolids
- Supercrystals
- High Entropy Materials
- Topological Quantum Science
- Topological materials
- Topology and Ferromagnets
- Edge states
- Spin-orbit Interaction
- Magnetoelectrics
- Multiferroics
- Twisted bilayer graphene
- Twisted 2D flakes
- Physics and technology of 2D flakes
- Unconventional electron-phonon interaction
- Rashba Physics and topological order
- High Pressure Physics
- Supercondicting Pressurized Hydrides
- Room Temperature superconductivity
- New featurers of Stripe-order in cuprates and related materials
- Magnetic field control of Stripe-order
- Uniaxial Stress control of stripes-order
- Coexistence of magnetism and superconductivity
- Dynamics of many body localized states
- Nanoscale phase separation
- Thermalization
- Many-body localization
- Charge density wave motion
- Spin density wave motion
- Moire materials
- Nickelate superconductors
- Strongly correlated d- and f- electron systems