Event-based convergent beam electron diffraction probes nonlinear dynamics in an optically driven silicon membrane resonator, revealing Duffing behavior, multimode coupling, and period-doubling bifurcations with few-nm spatial and 5-ns temporal resolution.
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Vibrational high-harmonics and period-doubling bifurcation probed by time-resolved electron diffraction
Event-based convergent beam electron diffraction probes nonlinear dynamics in an optically driven silicon membrane resonator, revealing Duffing behavior, multimode coupling, and period-doubling bifurcations with few-nm spatial and 5-ns temporal resolution.