Spectrally shaped and pulse-by-pulse multiplexed multimode squeezed states of light
arXiv:2209.10678 · doi:10.1063/5.0156331
Abstract
Spectral- and time- multiplexing are currently explored to generate large multipartite quantum states of light for quantum technologies. In the continuous variable approach, the deterministic generation of large entangled states demands the generation of a large number of squeezed modes. Here, we demonstrate the simultaneous generation of 21 squeezed spectral modes at 156 MHz. We exploit the full repetition rate and the ultrafast shaping of a femtosecond light source to combine, for the first time, frequency- and time- multiplexing in multimode squeezing. This paves the way to the implementation of multipartite entangled states that are both scalable and fully reconfigurable.
9 pages, 6 figures
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- Theory of Multimode Squeezed Light Generation in Lossy Media
- Control of multi-modal scattering in a microwave frequency comb
- Nonlinear squeezing generation via multimode PDC and single photon measurement
- Few-mode squeezing in type-I parametric downconversion by complete group velocity matching
- Neural networks with quantum states of light
- Continuous-variable spatio-spectral quantum networks in nonlinear photonic lattices
- Bipartite entanglement extracted from multimode squeezed light generated in lossy waveguides
- Optical Quantum Computing