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glass storage
About this tag
Glass storage refers to Microsoft Research's Project Silica, an archival technology that uses femtosecond lasers to write data as three-dimensional voxels inside borosilicate glass. Recent developments demonstrate a full end-to-end system capable of storing terabytes on a coaster-sized plate, with longevity measured in millennia without powered maintenance. The system includes automated microscopes and machine-learning decoders for reading and validation. This approach reframes archival storage as a materials and optics problem, offering potential benefits for organizations dealing with explosive data growth and the costs of media refresh cycles. Discussions on WindowsForum cover the technical details, practical trade-offs, and implications for enterprise IT and data preservation.
Microsoft Research's Project Silica has moved from laboratory curiosity to a demonstrable archival system capable of etching terabytes of data into ordinary borosilicate (Pyrex‑type) glass, promising longevity measured in ten‑thousand‑year timescales while changing several of the practical...
Microsoft Research's latest paper and demonstrations make a bold promise: a laser-etched glass archival system that can store terabytes of data in a coaster‑sized plate and survive for millennia—potentially 10,000 years or more—without powered maintenance. What was once a laboratory curiosity...