Near-Field Recording with a Solid Immersion Lens on Polymer Cover-layer Protected Discs
スポンサーリンク
概要
- 論文の詳細を見る
Recent demonstrations have shown that near-field optical recording with a solid immersion lens in a conventional actuator is a strong candidate for optical storage beyond Blu-ray Disc. All results published so far were obtained with so-called first-surface configurations, in which the data layer is not protected by a cover-layer. In this paper we demonstrate a next step towards creating a system suitable for a commercial product with removable discs. First results are presented for read-out of discs with a few μm protective polymer cover-layer and a solid immersion lens with $\mathrm{NA}=1.45$ and $\lambda=405$ nm.
- 2006-02-15
著者
-
Van Den
Philips Res. Eindhoven Nld
-
VERSCHUREN Coen
Philips Research
-
ZIJP Ferry
Philips Research
-
LEE Ju-Il
Philips Research
-
Bruls Dominique
Philips Research Laboratories
-
Zijp Ferry
Philips Research, High Tech Campus 34, WB-01, 5656 AE Eindhoven, The Netherlands
-
van den
Philips Research, High Tech Campus 34, WB-01, 5656 AE Eindhoven, The Netherlands
関連論文
- Near Field Recording on First-Surface Write-Once Media with a NA = 1.9 Solid Immersion Lens
- Towards Cover-Layer Incident Read-Out of a Dual-layer Disc with a NA = 1.5 Solid Immersion Lens
- First-Surface Far Field Magneto-Optical Recording
- Development of an Air Gap Servo System for High Data Transfer Rate Near Field Optical Recording
- Optical Disc System for Digital Video Recording
- Blue Zero-Field Magnetic Amplifying Magneto-Optical System (MAMMOS) Recording
- A Low-Power Laser Driver for the Portable Blue Optical Disc Drive
- Two-Dimensional Optical Storage : High-Speed Read-Out of a 50GByte Single-Layer Optical Disc with a 2D Format Using λ = 405nm and NA = 0.85
- High Numerical Aperture Optical Recording : Active Tilt Correction or Thin Cover Layer?
- Write Strategies for Improved Readout in RF-Magnetic AMplifying Magneto-Optical System
- Phase-Transition Mastering of High-Density Optical Media
- Phase-Transition Mastering of High-Density Optical Media
- Towards a Multi-Layer Near-Field Recording System: Dual-Layer Recording Results
- High-Density Near-Field Recording on Cover-Layer Protected Discs Using an Actuated 1.45 Numerical Aperture Solid Immersion Lens in a Robust and Practical System
- Effects of Polarization on Wave Front Measurements and Manufacturing of Solid Immersion Lenses for Near-Field Optical Recording
- Improved Near-Field Recording System for First-Surface Media with an $\mathrm{NA}=1.9$ Solid Immersion Lens
- Near-Field Recording with a Solid Immersion Lens on Polymer Cover-layer Protected Discs
- Blue Zero-Field Magnetic Amplifying Magneto-Optical System (MAMMOS) Recording
- Two-Dimensional Optical Storage: High-Speed Read-Out of a 50 GByte Single-Layer Optical Disc with a 2D Format Using $\lambda=405$ nm and $\mathrm{NA}=0.85$
- Near Field Recording on First-Surface Write-Once Media with a $\mathrm{NA}=1.9$ Solid Immersion Lens
- Towards Cover-Layer Incident Read-Out of a Dual-layer Disc with a $\mathrm{NA}=1.5$ Solid Immersion Lens
- Two-Dimensional Optical Storage
- A Low-Power Laser Driver for the Portable Blue Optical Disc Drive
- A Flexible, Programmable, High-Speed Laser Driver IC for Optical Recording