This technology has applications in the field of molecular and high-density memory storage.
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Applications
Problem Addressed
Electronic spin has been a highly-researched area as it relates to high-density molecular storage devices. Particularly, this utilization of spin states in storage devices has led to great improvements with a direct impact on storage density, and how data is stored and transmitted. New materials are needed to optimize storage density while minimizing space and maximizing electrical conductivity. This invention focuses on the increased research activity into incorporating ferromagnetic and organic materials in these high-density molecular memory storage devices.
Technology
Electronic spin has been a highly-researched area as it relates to high-density molecular storage devices. Particularly, this utilization of spin states in storage devices has led to great improvements with a direct impact on storage density, and how data is stored and transmitted. New materials are needed to optimize storage density while minimizing space and maximizing electrical conductivity. This invention focuses on the increased research activity into incorporating ferromagnetic and organic materials in these high-density molecular memory storage devices.
Advantages
Store more information in a smaller space
Potential applications in quantum computing
Read and write capabilities
Intellectual Property
Issued US Patent