3D Optical Data Storage of Glass for Sustainable Cloud Archival Storage (JSAP)
- Masaaki Sakakura ,
- Andromachi Chatzieleftheriou ,
- Ant Rowstron ,
- Ariel Gomez Diaz ,
- Austin Donnelly ,
- Benn Thomsen ,
- Burcu Canakci ,
- Christos Gkantsidis ,
- Daniel Cletheroe ,
- David Sweeney ,
- Erika B. Aranas ,
- Hugh Williams ,
- Ioan Stefanovici ,
- James Clegg ,
- Patrick Anderson ,
- Pashmina Cameron ,
- Rokas Drevinskas ,
- Sergey Legtchenko ,
- Charles Whittaker ,
- Freddie Hong ,
- Takashi Lawson ,
- Tim Deegan ,
- Richard Black ,
- Valentin Kapitany ,
- Stefan Winzeck
The 72nd Japanese Society of Applied Physics Spring Meeting 2025 |
Organized by Japanese Society of Applied Physics
Three-dimensional data storage technology of glass using ultrashort pulse lasers is expected to be applied for long-term information preservation due to its high data capacity and the high durability of the recording medium. This paper introduces our end-to-end research to achieve sustainable and cost-effective cloud archive storage based on the data storage of glass, especially the development of data writing technology including massive improvement of the write throughput, energy efficiency and data capacity.