Demonstration of spatiotemporal movies of magnon and phonon dynamics spanning seven orders of magnitude in time using optical frequency combs for high-density pump-probe sampling.
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Single-particle interference is governed by the relative phase between the prepared quantum state and the detector-defined measurement basis, with equivalent sinusoidal fringes produced by independent scans of pump, seed, or signal phases and visibility tuned by idler overlap.
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Ultralong pump-probe movies of magnon and phonon dynamics from ultrafast generation to microsecond relaxation
Demonstration of spatiotemporal movies of magnon and phonon dynamics spanning seven orders of magnitude in time using optical frequency combs for high-density pump-probe sampling.
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Measurement-defined control of single-particle interference
Single-particle interference is governed by the relative phase between the prepared quantum state and the detector-defined measurement basis, with equivalent sinusoidal fringes produced by independent scans of pump, seed, or signal phases and visibility tuned by idler overlap.