Our demonstrations illustrate the potential for achieving ultra-long storage times of individual pulses by several hundred pulse widths, marking a significant stride toward advancing the field of all-optical storage and delay
This comprehensive study sheds light on the intricate dynamics of SBS-based QLS, offering insights into the manipulation and sustainability of acoustic pulses within waveguides, paving the way for
The temporal discrimination between the spectral components of the incoming microwave signal is realized through the harnessing of stimulated Brillouin scattering-based quasi light storage (QLS). The QLS is
We differentiate the following approaches: slow light based on SBS, Brillouin dynamic gratings (BDGs), quasi-light storage, and light storage. We introduce each of the concepts, elaborate on advantages and limitations,
We experimentally show that the SBS interaction between the signal and the pump on the chip creates a single acoustic wave that stores the optical pulse information, and we investigate the temporal dynamics of this
Finally, the quantitative modulation of the optical storage is further realized in this basis. Our research provides ideas for the reform and upgrading of slow optical devices.
Abstract: We demonstrate quasi-light storage based on stimulated Brillouin scattering in a chalcogenide waveguide on a photonic chip. One nanosecond long optical pulses were delayed by up to 500 ns greatly
Efficient and extended light storage mechanisms are pivotal in photonics, particularly in optical communications, microwave photonics, and quantum networks, as they offer a direct route to...
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