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Type: Conference paper
Title: Rewritable multilevel optical data storage in BaFCl nanocrystals
Author: Riesen, N.
Pan, X.
Badek, K.
Ruan, Y.
Monro, T.
Zhao, J.
Ebendorff-Heidepriem, H.
Riesen, H.
Citation: Optical Data Storage 2018: Industrial Optical Devices and Systems, 2018 / Katayama, R., Takashima, Y. (ed./s), vol.10757, pp.1075704-1-1075704-6
Publisher: SPIE
Issue Date: 2018
Series/Report no.: Proceedings of SPIE; 10757
ISBN: 9781510620858
ISSN: 0277-786X
Conference Name: SPIE Optical Data Storage (19 Aug 2018 : San Diego, CA)
Statement of
N. Riesen, X. Pan, K. Badek, Y. Ruan, T. Monro, J. Zhao, H. Ebendorff-Heidepriem, and H. Riesen
Abstract: In this paper, a novel and efficient approach to digital optical data storage using rare-earth ion doped inorganic insulators is demonstrated. More specifically, the nanocrystalline alkaline earth halide BaFCl:Sm is shown to hold great potential for multilevel optical data storage. Proof-of-concept demonstrations show that these phosphors could be used for rewritable, multilevel optical data storage down to the physical dimensions of a single nanocrystal. Multilevel information storage is based on the highly-efficient and reversible conversion of Sm3+ to Sm2+ ions upon exposure to UV-C light. The stored information is efficiently read-out by employing the photoluminescence of the Sm 2+ ions in the nanocrystals, with the signal strength being dependent on the UV-C intensity used during the write step. This serves as the mechanism for multilevel data storage in the individual nanocrystals. This data storage platform has the potential to be extended to 2D and 3D memory for storage densities that could approach tera- or even petabyte/cm3 levels.
Rights: Copyright © 2018, Society of Photo-Optical Instrumentation Engineers
RMID: 0030105750
DOI: 10.1117/12.2322804
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Appears in Collections:Physics publications

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