Theoretical and experimental studies reveal strong light-matter interactions in heavily doped semiconductors, indicating new photonic applications.
Heavily doped semiconductors have emerged as an enabling platform for mid-infrared photonics, leveraging free electrons to achieve strong and tunable nonlocal-nonlinear light-matter interactions. In this talk, we will discuss recent theoretical and experimental studies on third harmonic generation and Kerr nonlinearity in heavily doped semiconductors, in which hydrodynamic contributions dominate.
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Álvarez‐Pérez et al. (2025) studied this question.
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