QED-VACUUM CONFINEMENT OF INELASTIC QUANTUM SCATTERING AT OPTICAL FREQUENCIES - A NEW PERSPECTIVE IN RAMAN-SPECTROSCOPY
QED-VACUUM CONFINEMENT OF INELASTIC QUANTUM SCATTERING AT OPTICAL FREQUENCIES - A NEW PERSPECTIVE IN RAMAN-SPECTROSCOPY
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DOI：
10.1103/physrevlett.70.1413
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发表时间：
1993-03-08
影响因子：
8.6
通讯作者：
MURRA, D
中科院分区：
文献类型：
--
作者：
CAIRO, F;DEMARTINI, F;MURRA, D
本文研究了C6 H6分子在Casimir拓扑光学微腔中QED-真空约束条件下的自发拉曼效应，作为光频下的非弹性量子散射过程的原型。 限制决定了散射强度的显著增强（超过10（3）倍）、抑制和方向效应。除了它在原子和分子光谱学中的相关性外，这项工作还在涉及任何能量的量子粒子的QED散射领域建立了一个新的视角。
The spontaneous Raman effect in C6H6 is investigated in the QED-vacuum confinement condition in the Casimir topology of an optical microcavity as a prototype inelastic quantum-scattering process at optical frequencies. The confinement determines a dramatic enhancement (over a factor of 10(3)), inhibition, and directional effects on the scattering intensity. Apart from its relevance in atomic and molecular spectroscopy, the work establishes a new perspective in the field of QED scattering involving quantum particles with any energy.