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ProfDrMrMs
Planned paper OralPoster
Section :
Fisrt choice : Electrostatic doping and field effect; Fabrication of active interfaces.Combined methods: ferroelectric amplification, electrolytic field effect, light and field.Femtosecond optical pump-and-probe.Time resolved ARPES and X-ray diffraction.Interface electronic phases and their impact switching.Time evolution of electronic spectra, lattice and collective modes.Symmetry breaking and restoration; Inhomogeneous phases and topological defects.Oxitronics, Super-semi-conductivity, FET in nontraditional materials.Out-of-equilibrium systems beyond electrons:condensates of polaritons, excitons, atoms. Second choice : (optional) —Please choose an option—Electrostatic doping and field effect; Fabrication of active interfaces.Combined methods: ferroelectric amplification, electrolytic field effect, light and field.Femtosecond optical pump-and-probe.Time resolved ARPES and X-ray diffraction.Interface electronic phases and their impact switching.Time evolution of electronic spectra, lattice and collective modes.Symmetry breaking and restoration; Inhomogeneous phases and topological defects.Oxitronics, Super-semi-conductivity, FET in nontraditional materials.Out-of-equilibrium systems beyond electrons:condensates of polaritons, excitons, atoms.
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