Floquet renormalization group approach to the periodically driven Kondo model

We study the interplay of strong correlations and coherent driving by considering strong-coupling Kondo model driven a time-periodic bias voltage. Combining recent nonequilibrium renormalization group method with Floquet theory, we find that dressing field side-replicas resonance emerge in conductance, which are not completely washed out decoherence induced driving. show to accurately capture one needs go beyond simple phenomenological pictures, underestimate decoherence, or adiabatic approximations, highlighting relevance non-Markovian memory effects. Within our differential conductance shows good quantitative agreement experimental data full crossover regime from weak analyze effects detail based on response short voltage pulses.