[15p-K201-1~8] Crossroads in Applied Physics: New trends in Glass and Laser Processing Technology

3:40 PM - 4:10 PM JST(6:40 AM - 7:10 AM UTC)

[15p-K201-6] 3D Optical Data Storage of Glass for Sustainable Cloud Archival Storage

〇Masaaki Sakakura¹, Anderson Patrick¹, Erika B. Aranas¹, Richard Black¹, Pashmina Cameron¹, Burcu Canakci¹, Andromachi Chatzieleftheriou¹, James Clegg¹, Daniel Cletheroe¹, Tim Deegan¹, Austin Donnelly¹, Rokas Drevinskas¹, Christos Gkantsidis¹, Ariel Gomez Diaz¹, Freddie Hong¹, Valentin Kapitany¹, Takashi Lawson¹, Sergey Legtchenko¹, Antony Rowstron¹, Ioan Stefanovici¹, David Sweeney¹, Benn Thomsen¹, Charles Whittaker¹, Hugh Williams¹, Stefan Winzeck¹ (1.MS Research)

Keywords:

glass,archival storage,optical data storage

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.