#cerabyte — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cerabyte, aggregated by home.social.
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💾 Storage density: a single-layer A4-sized film can hold over 2 terabytes of data using this technology
🏺 Material: etched into a thin #ceramic layer – claimed to last indefinitely with no energy or cooling required🤝 Behind the record: collaboration between TU Wien (Institute of Materials Science) and #Cerabyte – a #startup for ceramic #datastorage
💡 Sweet spot: not the smallest possible code, but the optimal balance of miniaturization, stability & readability -
#GuinnessWorldRecord broken! 🏆 #TUWien & #Cerabyte create the world's smallest #QRCode pixels at just 49nm – smaller than bacteria! Etched into a thin #ceramic layer, readable only with an electron microscope 🔬
📐 Total size: just 1.98 square micrometers – beating the previous record by 63%
🔬 Pixel size: 49 nanometers – smaller than an average bacterium, invisible to optical microscopes🧵 👇
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#GuinnessWorldRecord broken! 🏆 #TUWien & #Cerabyte create the world's smallest #QRCode pixels at just 49nm – smaller than bacteria! Etched into a thin #ceramic layer, readable only with an electron microscope 🔬
📐 Total size: just 1.98 square micrometers – beating the previous record by 63%
🔬 Pixel size: 49 nanometers – smaller than an average bacterium, invisible to optical microscopes🧵 👇
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💾 Storage density: a single-layer A4-sized film can hold over 2 terabytes of data using this technology
🏺 Material: etched into a thin #ceramic layer – claimed to last indefinitely with no energy or cooling required🤝 Behind the record: collaboration between TU Wien (Institute of Materials Science) and #Cerabyte – a #startup for ceramic #datastorage
💡 Sweet spot: not the smallest possible code, but the optimal balance of miniaturization, stability & readability -
#GuinnessWorldRecord broken! 🏆 #TUWien & #Cerabyte create the world's smallest #QRCode pixels at just 49nm – smaller than bacteria! Etched into a thin #ceramic layer, readable only with an electron microscope 🔬
📐 Total size: just 1.98 square micrometers – beating the previous record by 63%
🔬 Pixel size: 49 nanometers – smaller than an average bacterium, invisible to optical microscopes🧵 👇
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💾 Storage density: a single-layer A4-sized film can hold over 2 terabytes of data using this technology
🏺 Material: etched into a thin #ceramic layer – claimed to last indefinitely with no energy or cooling required🤝 Behind the record: collaboration between TU Wien (Institute of Materials Science) and #Cerabyte – a #startup for ceramic #datastorage
💡 Sweet spot: not the smallest possible code, but the optimal balance of miniaturization, stability & readability -
#GuinnessWorldRecord broken! 🏆 #TUWien & #Cerabyte create the world's smallest #QRCode pixels at just 49nm – smaller than bacteria! Etched into a thin #ceramic layer, readable only with an electron microscope 🔬
📐 Total size: just 1.98 square micrometers – beating the previous record by 63%
🔬 Pixel size: 49 nanometers – smaller than an average bacterium, invisible to optical microscopes🧵 👇
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💾 Storage density: a single-layer A4-sized film can hold over 2 terabytes of data using this technology
🏺 Material: etched into a thin #ceramic layer – claimed to last indefinitely with no energy or cooling required🤝 Behind the record: collaboration between TU Wien (Institute of Materials Science) and #Cerabyte – a #startup for ceramic #datastorage
💡 Sweet spot: not the smallest possible code, but the optimal balance of miniaturization, stability & readability -
💾 Storage density: a single-layer A4-sized film can hold over 2 terabytes of data using this technology
🏺 Material: etched into a thin #ceramic layer – claimed to last indefinitely with no energy or cooling required🤝 Behind the record: collaboration between TU Wien (Institute of Materials Science) and #Cerabyte – a #startup for ceramic #datastorage
💡 Sweet spot: not the smallest possible code, but the optimal balance of miniaturization, stability & readability -
#GuinnessWorldRecord broken! 🏆 #TUWien & #Cerabyte create the world's smallest #QRCode pixels at just 49nm – smaller than bacteria! Etched into a thin #ceramic layer, readable only with an electron microscope 🔬
📐 Total size: just 1.98 square micrometers – beating the previous record by 63%
🔬 Pixel size: 49 nanometers – smaller than an average bacterium, invisible to optical microscopes🧵 👇
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One of my projects (that I actually get paid for in my day job) is a collaboration with #Austrian #startup #Cerabyte who are developing a new #archival #storage #technology using femtosecond lasers to write data onto ceramic glass film.
They just got into the #Guinness Book of #WorldRecords for creating the world's smallest #QRcode (1.98 square micrometres).
https://www.tuwien.at/tu-wien/aktuelles/news/news/weltrekord-der-kleinste-qr-code-der-welt
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One of my projects (that I actually get paid for in my day job) is a collaboration with #Austrian #startup #Cerabyte who are developing a new #archival #storage #technology using femtosecond lasers to write data onto ceramic glass film.
They just got into the #Guinness Book of #WorldRecords for creating the world's smallest #QRcode (1.98 square micrometres).
https://www.tuwien.at/tu-wien/aktuelles/news/news/weltrekord-der-kleinste-qr-code-der-welt
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One of my projects (that I actually get paid for in my day job) is a collaboration with #Austrian #startup #Cerabyte who are developing a new #archival #storage #technology using femtosecond lasers to write data onto ceramic glass film.
They just got into the #Guinness Book of #WorldRecords for creating the world's smallest #QRcode (1.98 square micrometres).
https://www.tuwien.at/tu-wien/aktuelles/news/news/weltrekord-der-kleinste-qr-code-der-welt
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One of my projects (that I actually get paid for in my day job) is a collaboration with #Austrian #startup #Cerabyte who are developing a new #archival #storage #technology using femtosecond lasers to write data onto ceramic glass film.
They just got into the #Guinness Book of #WorldRecords for creating the world's smallest #QRcode (1.98 square micrometres).
https://www.tuwien.at/tu-wien/aktuelles/news/news/weltrekord-der-kleinste-qr-code-der-welt
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One of my projects (that I actually get paid for in my day job) is a collaboration with #Austrian #startup #Cerabyte who are developing a new #archival #storage #technology using femtosecond lasers to write data onto ceramic glass film.
They just got into the #Guinness Book of #WorldRecords for creating the world's smallest #QRcode (1.98 square micrometres).
https://www.tuwien.at/tu-wien/aktuelles/news/news/weltrekord-der-kleinste-qr-code-der-welt
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Cerabyte Roadmap: Glas-Keramik-Speicher soll 2030 100 PB pro Rack liefern https://www.computerbase.de/news/storage/cerabyte-roadmap-glas-keramik-speicher-soll-2030-100-pb-pro-rack-liefern.92599/ #Cerabyte #Storage
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Cerabyte Roadmap: Glas-Keramik-Speicher soll 2030 100 PB pro Rack liefern https://www.computerbase.de/news/storage/cerabyte-roadmap-glas-keramik-speicher-soll-2030-100-pb-pro-rack-liefern.92599/ #Cerabyte #Storage
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Cerabyte Roadmap: Glas-Keramik-Speicher soll 2030 100 PB pro Rack liefern https://www.computerbase.de/news/storage/cerabyte-roadmap-glas-keramik-speicher-soll-2030-100-pb-pro-rack-liefern.92599/ #Cerabyte #Storage
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Cerabyte Roadmap: Glas-Keramik-Speicher soll 2030 100 PB pro Rack liefern https://www.computerbase.de/news/storage/cerabyte-roadmap-glas-keramik-speicher-soll-2030-100-pb-pro-rack-liefern.92599/ #Cerabyte #Storage
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Cerabyte Roadmap: Glas-Keramik-Speicher soll 2030 100 PB pro Rack liefern https://www.computerbase.de/news/storage/cerabyte-roadmap-glas-keramik-speicher-soll-2030-100-pb-pro-rack-liefern.92599/ #Cerabyte #Storage
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“#Cerabyte Aims to Revolutionize #Data #Storage With Nanodots on Ceramic” https://www.allaboutcircuits.com/news/cerabyte-aims-to-revolutionize-data-storage-with-nanodots-ceramic/
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“#Cerabyte Aims to Revolutionize #Data #Storage With Nanodots on Ceramic” https://www.allaboutcircuits.com/news/cerabyte-aims-to-revolutionize-data-storage-with-nanodots-ceramic/
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“#Cerabyte Aims to Revolutionize #Data #Storage With Nanodots on Ceramic” https://www.allaboutcircuits.com/news/cerabyte-aims-to-revolutionize-data-storage-with-nanodots-ceramic/
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“#Cerabyte Aims to Revolutionize #Data #Storage With Nanodots on Ceramic” https://www.allaboutcircuits.com/news/cerabyte-aims-to-revolutionize-data-storage-with-nanodots-ceramic/
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Cerabyte: One Terabyte Per Square Centimeter - Most of us will at one point have run out of storage and either had to buy a large... - https://hackaday.com/2023/09/08/cerabyte-one-terabyte-per-square-centimeter/ #computerhacks #datastorage #cerabyte #ceramic #news
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Cerabyte: One Terabyte Per Square Centimeter - Most of us will at one point have run out of storage and either had to buy a large... - https://hackaday.com/2023/09/08/cerabyte-one-terabyte-per-square-centimeter/ #computerhacks #datastorage #cerabyte #ceramic #news
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Cerabyte: One Terabyte Per Square Centimeter - Most of us will at one point have run out of storage and either had to buy a large... - https://hackaday.com/2023/09/08/cerabyte-one-terabyte-per-square-centimeter/ #computerhacks #datastorage #cerabyte #ceramic #news
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Cerabyte: One Terabyte Per Square Centimeter - Most of us will at one point have run out of storage and either had to buy a large... - https://hackaday.com/2023/09/08/cerabyte-one-terabyte-per-square-centimeter/ #computerhacks #datastorage #cerabyte #ceramic #news
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Cerabyte: One Terabyte Per Square Centimeter - Most of us will at one point have run out of storage and either had to buy a large... - https://hackaday.com/2023/09/08/cerabyte-one-terabyte-per-square-centimeter/ #computerhacks #datastorage #cerabyte #ceramic #news
