@article{oai:tamagawa.repo.nii.ac.jp:00000441,
 author = {政田, 元太 and 村上, 弾 and 岩越, 丈尚 and 相馬, 正宜},
 issue = {22},
 journal = {玉川大学学術研究所紀要},
 month = {Mar},
 note = {We started to research quantum radar based on a quantum illumination method by utilizing continuous-wave two-mode squeezed light as a quantum entanglement resource.  Two-mode squeezed light is a macroscopic quantum entangled state of electro-magnetic fields and shows a property of non-classical correlation between quadrature phase amplitudes of each optical field.  One of the most effective methods to generate two-mode squeezed light is combining two independent single-mode squeezed light beams by using a beam splitter.  As a first step of our work we introduce current development of a single-mode squeezed light source and construction of a balanced homodyne detection part.  We utilized a sub-threshold optical parametric oscillator to generate squeezed light and observed the noise level of squeezed quadrature at －3.08±0.13 dB and anti-squeezed quadrature at 9.29±0.13 dB by balanced homodyne measurement.},
 pages = {57--61},
 title = {量子レーダー研究のためのスクイーズド光源及びホモダイン測定系の開発},
 year = {2017}
}