Destructive quantization rectifier and hybrid Autler-Townes splitting in non-Hermitian atomic-like medium

We report the destructive quantization rectifier and hybrid Autler Towns splitting in non-Hermitian atomic like medium. The spectral shift of two-directional destructive dressing quantization to one-directional crystal field splitting occurs in fluorescence. The constructive spectral asymmetry of spontaneous four wave-mixing comes from the linear and circular dressing difference. Furthermore, we investigate the three types (dip coexists, peak coexists and multi Autler-Townes splitting) of hybrid Autler-Towne's splitting via constructive quantization. The interplay between destructive shift and hybrid Autler-Towne's splitting has been investigated through temporal Autler-Townes splitting. Based on experimental results, our destructive spectral shift are useful techniques for making spectral rectifier with 72 % frequency shift.