Volume polarization holographic recording in thick photopolymer for optical memory

Lin, Shiuan Huei; Cho, Sheng-Lung; Chou, S. K.; Lin, June Hua; Lin, Chih Min; Chi, Sien; Hsu, Ken Yuh

doi:10.1364/oe.22.014944

Cited by 41 publications

(11 citation statements)

References 20 publications

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“…A Wu et al discovered the conditions of the null reconstruction effect (NRE) employing circular polarization holography in 2015, wherein no reconstruction wave was observed there even when the Bragg condition was satisfied 14 . The NRE was experimentally observed by T Todorov et al in 1986 15 and theoretically explained by Huang et al using paraxial coupled mode theory in 1995 16 . S H Lin et al also observed this phenomenon under a paraxial approximation 17 , wherein the experiment and theory incorporated a small cross angle between the signal and reference wave, which resulted in the NRE.…”

Section: Introductionmentioning

confidence: 78%

Linear polarization holography

Wang¹,

Tan²,

Qi³

et al. 2022

OES

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Polarization holography is a newly researched field, that has gained traction with the development of tensor theory. It primarily focuses on the interaction between polarization waves and photosensitive materials. The extraordinary capabilities in modulating the amplitude, phase, and polarization of light have resulted in several new applications, such as holographic storage technology, multichannel polarization multiplexing, vector beams, and optical functional devices. In this paper, fundamental research on polarization holography with linear polarized wave, a component of the theory of polarization holography, has been reviewed. Primarily, the effect of various polarization changes on the linear and nonlinear polarization characteristics of reconstructed wave under continuous exposure and during holographic recording and reconstruction have been focused upon. The polarization modulation realized using these polarization characteristics exhibits unusual functionalities, rendering polarization holography as an attractive research topic in many fields of applications. This paper aims to provide readers with new insights and broaden the application of polarization holography in more scientific and technological research fields.

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Section: Introductionmentioning

confidence: 78%

Linear polarization holography

Wang¹,

Tan²,

Qi³

et al. 2022

OES

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“…Therefore, for the holographic grating generated by Gaussian-Gaussian interference without the extra phase, only τ P exists and the resultant interference light shows constant polarization and modulated intensity in space. Due to the connection between the sinusoidally distributed light intensity and the degree of molecular order, the refractive index of the material in different regions varies periodically and an amplitude grating is generated 44 . The amplitude grating is not able to manipulate the polarization state of the incident light.…”

Section: Mechanism Of Phase-induced Polarization Modulation the Phasmentioning

confidence: 99%

All-optically phase-induced polarization modulation by means of holographic method

Lyu

Wang

2020

Sci Rep

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Methods Material preparation. The sample is a kind of supermolecular materials synthesized through the ionic self-assembly of poly ionic liquid and azobenzene dyes. The preparation process has been reported in ref. 47. For the preparation of ionic self-assembly complex, 2 mg/ml poly ionic liquid aqueous solution is added to methyl orange aqueous solution at the molar charge ratio of 1:1. The precipitated complex is filtrated and washed several times with doubly distilled water, then dried in vacuum at 60 °C for 12 h. The complex powder melts at 180 °C and the Schlieren textures appear during cooling.

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“…where E gap is the electric field at the gap, λ is the vacuum wavelength, and h the film thickness [76,88,170]. When the gap is filled with a dielectric of permittivity, ε gap , the formula is modified to, somewhat trivially,…”

Section: Thz Field Enhancement and Skin-depth Physicsmentioning

confidence: 99%

Terahertz wave interaction with metallic nanostructures

2018

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Understanding light interaction with metallic structures provides opportunities of manipulation of light, and is at the core of various research areas including terahertz (THz) optics from which diverse applications are now emerging. For instance, THz waves take full advantage of the interaction to have strong field enhancement that compensates their relatively low photon energy. As the THz field enhancement have boosted THz nonlinear studies and relevant applications, further understanding of light interaction with metallic structures is essential for advanced manipulation of light that will bring about subsequent development of THz optics. In this review, we discuss THz wave interaction with deep sub-wavelength nano structures. With focusing on the THz field enhancement by nano structures, we review fundamentals of giant field enhancement that emerges from non-resonant and resonant interactions of THz waves with nano structures in both sub- and super- skin-depth thicknesses. From that, we introduce surprisingly simple description of the field enhancement valid over many orders of magnitudes of conductivity of metal as well as many orders of magnitudes of the metal thickness. We also discuss THz interaction with structures in angstrom scale, by reviewing plasmonic quantum effect and electron tunneling with consequent nonlinear behaviors. Finally, as applications of THz interaction with nano structures, we introduce new types of THz molecule sensors, exhibiting ultrasensitive and highly selective functionalities.

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Volume polarization holographic recording in thick photopolymer for optical memory

Cited by 41 publications

References 20 publications

Linear polarization holography

Linear polarization holography

All-optically phase-induced polarization modulation by means of holographic method

Terahertz wave interaction with metallic nanostructures

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