Researchers have demonstrated a form of archive memory using carbon nanotubes that can theoretically store a trillion bits of data per square inch for a billion years. The technology could easily be incorporated into today's silicon processing systems and it could be available in the next two years,...
Researchers have demonstrated a form of archive memory using carbon nanotubes that can theoretically store a trillion bits of data per square inch for a billion years. The technology could easily be incorporated into today's silicon processing...
Scientists at the Lawrence Berkeley National Laboratory and the University of California Berkeley have developed a nanotube technology that can store a bit for 1 billion years — and it has the theoretical capacity to store 1 trillion bits per...
14 GMT US researchers have demonstrated a form of nanotube archival memory that can store a memory bit for a billion years, and has a theoretical trillion bits/square inch density...Department of Energy's Lawrence Berkeley National Laboratory (...
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