A Feasibility Study of 25 GB/Layer Dynamic Recording Using Two-Photon Material and Heat-Mode Bump Formation Method

A Feasibility Study of 25 GB/Layer Dynamic Recording Using Two-Photon Material and Heat-Mode Bump Formation Method

We developed a novel heat-mode bump formation method using a two-photon material, and its feasibility for high-capacity recording was experimentally demonstrated. This unique recording method exhibits a very high recording resolution and uses a material with excellent optical transparency. These cha...

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Veröffentlicht in:Japanese Journal of Applied Physics 2013-09, Vol.52 (9), p.09LB01-09LB01-4
Hauptverfasser: Sasaki, Toshio, Mochizuki, Hidehiro, Mikami, Tatsuo, Kitahara, Toshiyuki, Tsuyama, Hiroaki, Inoue, Kenichirou
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container_title Japanese Journal of Applied Physics
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creator Sasaki, Toshio
Mochizuki, Hidehiro
Mikami, Tatsuo
Kitahara, Toshiyuki
Tsuyama, Hiroaki
Inoue, Kenichirou
description We developed a novel heat-mode bump formation method using a two-photon material, and its feasibility for high-capacity recording was experimentally demonstrated. This unique recording method exhibits a very high recording resolution and uses a material with excellent optical transparency. These characteristics are very appropriate for realizing high-capacity multilayer optical discs. We also examined the high-density recording feasibility of a Blu-ray-equivalent format and we obtained a jitter value of 22%. We also fabricated quad-layer media and their recording performance was examined. All the layers exhibited almost identical performance characteristics ($2T$ random pattern; jitter, 14.5 to 16.5%) under the same recording and reading conditions.
doi_str_mv 10.7567/JJAP.52.09LB01
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title A Feasibility Study of 25 GB/Layer Dynamic Recording Using Two-Photon Material and Heat-Mode Bump Formation Method
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