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Materials science forum

Photon-Gated Holeburning Materials: Directions in High Density Memory Storage

Z. Hasan, Necmi Bıyıklı

Published Jul 1, 1999• 2 citations
Publisher
DOI
10.4028/www.scientific.net/msf.315-317.51

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In the form of micro-particles europium doped alkaline earth sulfides have been shown to exhibit high density of permanent spectral holes. The photon-gated spectral holeburning (PGHB) in these systems provided the most promising characteristics of any material known to date. These spectral holes can be used as optical memory. However, for any optical storage device either large size single crystals or thin films are required. Thin films of these materials are grown by Pulsed Laser Deposition (PLD) technique. This fast and simple growth technique is superior the single crystal growth or the molecular beam epitaxy (MBE) as far as the holeburning properties are concerned. Transparent glassy MgS:Eu and CaS:Eu films have been grown and tested for the spectral holeburning properties. Critical parameters such as the relative concentration of Eu2+ and Eu3+, and optical quality of thin films have been investigated. Int his paper we report on the growth and the high-density optical holeburning in these films. The density of spectral holes has been further increased by burning in multiple Eu-centers in a material and by depositing multiple layers of thin films of different materials in a stack.

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Challenges for ultra-high density spectral storage

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ABSTRACT A review of the status of ultra-high density spectral storage has been presented. Keywords: Ultra-High Density Spectral Storage, Spectral Memories, Terabits Storage, Spectral Holeburning, Optical Holeburning, Multi-layer Th infilm, Power-Gated Holeburning, Optical Materials, Rare Earths 1. INTRODUCTION Spectral Storage offers the highest possible storage densities thus far. Terabits per square inch and even more have been shown to be possible, in principle. Spectral storage is unlike any other type of storage. Magnetic, holographic, multi-layer storage [1], etc., are all macroscopic scale storage in the sense that the macroscopic properties of the recording material are transformed to record a series of zeros and ones. Spectral storage is at the atomic or microscopic scale. A small number of atoms in a solid-state medium are used to store a ‘bit’ of information. This is responsible for the high storage density of spectral storage. A cubic micron of solid has ~10 18

Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE•Feb 7, 2008•0 citations
In the form of micro-particles europium doped alkaline earth sulfides have been shown to exhibit high density of permanent spectral holes. The photon-gated spectral holeburning (PGHB) in these systems provided the most promising characteristics of any material known to date. These spectral holes can be used as optical memory. However, for any optical storage device either large size single crystals or thin films are required. Thin films of these materials are grown by Pulsed Laser Deposition (PLD) technique. This fast and simple growth technique is superior the single crystal growth or the molecular beam epitaxy (MBE) as far as the holeburning properties are concerned. Transparent glassy MgS:Eu and CaS:Eu films have been grown and tested for the spectral holeburning properties. Critical parameters such as the relative concentration of Eu2+ and Eu3+, and optical quality of thin films have been investigated. Int his paper we report on the growth and the high-density optical holeburning in these films. The density of spectral holes has been further increased by burning in multiple Eu-centers in a material and by depositing multiple layers of thin films of different materials in a stack.
ABSTRACT A review of the status of ultra-high density spectral storage has been presented. Keywords: Ultra-High Density Spectral Storage, Spectral Memories, Terabits Storage, Spectral Holeburning, Optical Holeburning, Multi-layer Th infilm, Power-Gated Holeburning, Optical Materials, Rare Earths 1. INTRODUCTION Spectral Storage offers the highest possible storage densities thus far. Terabits per square inch and even more have been shown to be possible, in principle. Spectral storage is unlike any other type of storage. Magnetic, holographic, multi-layer storage [1], etc., are all macroscopic scale storage in the sense that the macroscopic properties of the recording material are transformed to record a series of zeros and ones. Spectral storage is at the atomic or microscopic scale. A small number of atoms in a solid-state medium are used to store a ‘bit’ of information. This is responsible for the high storage density of spectral storage. A cubic micron of solid has ~10 18