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‘Project Silica’ uses ultrafast laser optics and machine learning to utilise glass as a storage device. The fused silica glass is fully resilient to electromagnetic pulses (EMP) and to the most challenging environmental conditions, ensuring the data written into it is not degraded. In this proof of concept for the Global Music Vault in Svalbard, this glass platter will have a selection of some of the most important music data and files on it. Gareth talks to Ant Rowstron, who has been working on the technology at Microsoft, and Beatie Wolfe, a musician whose music has been included in the data storage proof of concept.
Data-driven city planning
The programme is presented by Gareth Mitchell with expert commentary from Ghislaine Boddington.
Studio Manager: Steve Greenwood
Photo: Music stored in fused silica glass
By BBC World Service4.6
105105 ratings
‘Project Silica’ uses ultrafast laser optics and machine learning to utilise glass as a storage device. The fused silica glass is fully resilient to electromagnetic pulses (EMP) and to the most challenging environmental conditions, ensuring the data written into it is not degraded. In this proof of concept for the Global Music Vault in Svalbard, this glass platter will have a selection of some of the most important music data and files on it. Gareth talks to Ant Rowstron, who has been working on the technology at Microsoft, and Beatie Wolfe, a musician whose music has been included in the data storage proof of concept.
Data-driven city planning
The programme is presented by Gareth Mitchell with expert commentary from Ghislaine Boddington.
Studio Manager: Steve Greenwood
Photo: Music stored in fused silica glass

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