Scaling Theory of Wave Confinement in Classical and Quantum Periodic Systems

M. Kozoň,A. Lagendijk,M. Schlottbom,J.J.W. van der Vegt,W.L. VoS

2023 Conference on Lasers and Electro-Optics Europe & European Quantum Electronics Conference (CLEO/Europe-EQEC)（2023）

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Abstract

Completely controlling the propagation of waves in periodic media is a key challenge that is essential for a large variety of applications. An especially interesting type of propagation control is wave confinement, achievable by introducing disorder and functional defects into an otherwise periodic medium [1]. Based on the character of the introduced defect, such waves may exhibit various dimensionalities of confinement, as depicted in Fig. 1.

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Key words

2D-confined waveguiding bands,3D diamond-like photonic band gap crystal,3D-confined acceptor-like bands,band structure,BN/bin,classical periodic systems,crossing line defects,energy-density distribution,functional defects,hexagonal boron nitride layer,multifractality analysis,nitrogen vacancies,periodic media,quantum periodic systems,wave confinement scaling theory,wave propagation control

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