Two-Photon Absorption

M. Weber
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Abstract

Two-photon absorption may seem very similar to non-resonance Raman, and was in fact predicted due to this phenomena. In both cases, a non-resonant photon is used for excitation. However, in the absorption case a secondary non-resonant photon is used for excitation as well, while in Raman a second non-resonant photon is emitted. For Raman this results in occupation of an energy state at the difference of the frequencies of the absorbed and emitted photon. However, in two-photon absorption this results in the occupation of an energy state at the sum of the frequencies of the absorbed photons. The basic process is illustrated below in Figure 1.
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双光子吸收
双光子吸收可能看起来与非共振拉曼非常相似,并且实际上是由于这种现象而预测的。在这两种情况下,都使用非共振光子来激发。然而,在吸收情况下,二次非共振光子也被用于激发,而在拉曼中,第二个非共振光子被发射。对于拉曼,这导致在吸收和发射光子的频率差异处占据能量状态。然而,在双光子吸收中,这导致在吸收光子频率的总和上占据能量状态。基本流程如图1所示。
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