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Technique Tunes Into Graphene Nanoribbons Electronic Potential

Breakthrough Could Lead To High-speed, Low-power Nanoscale Data Storage Dec. 23, 2021 Ever since graphene – a thin carbon sheet just one-atom thick

United statesFelix fischerRaymond blackwellFangzhou zhaoSteven louieUniversity of californiaLawrence berkeley national laboratoryLawrence berkeley national laboratory labOffice of scienceMaterials sciences divisionBerkeley labNational energy research scientific computing centerBreakthrough could lead to high speedLow power nanoscale data

New Technique Tunes Into Graphene Nanoribbons Electronic Potential

Berkeley Lab developed a technique that harnesses graphene nanoribbons’ unusual magnetic behavior into high-speed, low-power data storage.

United statesFelix fischerFelix fischer berkeleyRaymond blackwellFangzhou zhaoRachel berkowitzSteven louieUniversity of californiaLawrence berkeley national laboratoryLawrence berkeley national laboratory labOffice of scienceBerkeley labBerkeley lab materials sciences divisionFelix fischer berkeley labNational energy research scientific computing centerMaterials sciences division

New Technique Tunes Into Graphene Nanoribbons Electronic Potential

Scanning tunneling microscopy image of a zigzag graphene nanoribbon. (Credit: Felix Fischer/Berkeley Lab) – By Rachel Berkowitz Ever since graphene –

United statesFelix fischerRaymond blackwellFangzhou zhaoRachel berkowitzSteven louieLawrence berkeley national laboratory labOffice of scienceBerkeley labFelix fischer berkeley labBerkeley lab materials sciences divisionNational energy research scientific computing centerLawrence berkeley national laboratoryMaterials sciences division

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