Large coherence as a local oscillator with a high frequency of 120 THz

Summary form only given. The concept of electro-magnetically induced transparency (EIT) has been extended in various subjects, frequency conversion with maximal coherence, ultra-slow light, sub-femto second pulse generation, and so on. Recently we have shown that the concept of EIT is applicable for solid system using a quantum solid (solid hydrogen) and shown generation of collinear parametric Raman scattering. Here we extend our previous work to a more general parametric Raman sideband generation. We show a large coherence of stimulated Raman scattering process in solid parahydrogen with two pump lasers. We modulate various probe lights, and efficiently and replicate the nature of these probe lights.