This paper presents the development of a thick photopolymer for holographic data storage at
a wavelength of 532 nm. Irgacure 784, one kind of the titanocene photoinitiators, has been …

This work proposed a new kind of photosensitizer doped photopolymer and an optimized
fabrication method. Holographic gratings are recorded in a glass-like photopolymer based …

Holographic storage is considered a promising successor to currently available optical
storage technologies. Enabling significant gains in both data transfer rates and storage …

To enhance the holographic properties, one of the main methods is increasing the solubility
of the photosensitizer and modifying the components to improve the modulation of the …

Photoinitiator plays a crucial role on photopolymer. Unlike photoinitiator
phenanthrenequinone (PQ), the solubility of Irgacure 784 dissolved in MMA is very high. In …

Holography plays an important role in optical data storage. In this review, a detailed
description of the existing recording material is given under four major classifications based …

Photopolymers are very interesting as optically sensitive recording media due to the fact that
they are inexpensive, self‐processing materials with the ability to capture low‐loss, high …

Studies carried out to gauge the potential of a metal-ion doped panchromatic photopolymer
recording material for application in real-time holographic data storage is presented. The …

This paper presents an investigation on the preparation and characterization of thick
photopolymers for display holograms recording at 532 nm. Based on our previous research …

The application of an acrylamide-based holographic photopolymer for bit-format holographic
data storage is investigated. Holographic reflection gratings with a spatial frequency of …