Exciting-frequency-adaptive amplitude/phase hybrid holographic inscription in plasmonic polymers

Hongfang Liu, Shencheng Fu, Yuxin Tao, Jingying Miao, Xin Li, Xiuping Qi, Xintong Zhang, and Yichun Liu

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Hongfang Liu, Shencheng Fu, Yuxin Tao, Jingying Miao, Xin Li, Xiuping Qi, Xintong Zhang, and Yichun Liu, "Exciting-frequency-adaptive amplitude/phase hybrid holographic inscription in plasmonic polymers," Opt. Lett. 48, 2515-2518 (2023)

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Abstract

Plasmonic holography is generally regarded as an effective technology for 3D display that meets the requirements of the human visual system. However, low readout stability and large cross talk in the frequency field during a plasmonic photo-dissolution reaction set a huge obstacle for application of color holography. Herein, we propose a new, to the best of our knowledge, route toward producing exciting frequency sensitive holographic-inscription based on plasmonic nano-Ag adaptive growth. Donor-molecule-doped plasmonic polymers on polyethylene terephthalate substrates exhibit wide spectral response range, accurate optical frequency sensing, and bending durability. The resonant plasmonic particles act as optical antennas and transfer energy to surrounding organic matrices for nanocluster production and non-resonant particle growth. The surface relief hologram is also highly dependent on the excitation frequency, so we successfully obtain a controllable cross-periodic structure with amplitude/phase mixed information, as well as color holographic display. This work provides a bright way to high-density storage, information steganography, and virtual/augmented reality.

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Supplementary Material (1)

Name	Description
Supplement 1	Sample preparation and thickness measurment, FDTD simulation, Holographic kinetics, Color holographic storage, AFM and Bending test.

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Data underlying the results presented in this paper are not publicly available at this time but may be obtained from the authors upon reasonable request.

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