ECRYS meetings provide cross-links between various studies of spontaneous structures formed by electrons in solids, with extensions to related systems such as\u00a0 vortices in superconductors, ferroelectric and magnetic domains, mixed and spin-polarized states in superconductors,\u00a0 cold ions, charged objects in soft matter and biology. Unifying concepts and phenomena emphasize a complex of nonlinear nonstationary spacio-temporal effects, role of topological defects and microscopic solitons.<\/p>\n
The notion of electronic crystals embraces numerous cases of spontaneous structural aggregation of electrons in solids. Depending on interactions, lattice deformations, spin involvement, and dimensionality, the electronic crystals acquire forms of charge and spin density waves, of interface and bulk Wigner crystals, charge ordered phases, stripes, modulations induced by high magnetic fields, interface and surface phases originated by high electric fields, charges in meso- and nanostructures, charged liquid suspensions, Coulomb interactions in soft and condensed matter.<\/p>\n
Planning of sections:<\/b><\/p>\n ECRYS meetings provide cross-links between various studies of spontaneous structures formed by electrons in solids, with extensions to related systems such as\u00a0 vortices in superconductors, ferroelectric and magnetic domains, mixed and spin-polarized states in superconductors,\u00a0 cold ions, charged objects in … Continuer la lecture Charge order in electronic systems<\/span>\r\nCharge density waves<\/span>\r\nSpin density waves and stripes<\/span>\r\nPair density waves in superconductors<\/span>\r\nAxionic charge density waves and Weyl-Dirac semimetals.<\/span>\r\nAntiferromagnetism and Mott insulator<\/span>\r\nExcitonic insulator<\/span>\r\nElectronic ferroelectricity<\/span>\r\nCoulomb crystals from cold ions to the spin ice<\/span>\r\nSuperconductivity versus charge orderings and charge density waves<\/span>\r\nLocal and nano-scale effects, STM<\/span>\r\nCommutation of states by optical quench<\/span>\r\nHetero-structures and electrostatic doping<\/span><\/pre>\n","protected":false},"excerpt":{"rendered":"