Tag Archives: Graphene

Extracting the Spin and Valley Information of Electrons

Posted on February 9, 2022 by rberkowitz

An electron’s spin and valley information can be determined by monitoring how easily that electron passes through a qubit.  Read more in APS Physics…

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Technique Tunes Into Graphene Nanoribbons’ Electronic Potential

Posted on December 22, 2021 by rberkowitz

Breakthrough could lead to high-speed, low-power nanoscale data storage. Continue reading →

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Electrons in graphene follow viscous fluid laws

Posted on January 10, 2020 by rberkowitz

A new imaging technique captures the characteristic hydrodynamic flow profile. Continue reading →

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A big step for nanoporous graphene provides a small step for desalination

Posted on August 1, 2019 by rberkowitz

Carbon-nanotube reinforcement and template-based etching help scale up membranes. Continue reading →

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Nanoporous graphene for desalination

Posted on July 3, 2019 by rberkowitz

Carbon nanotube reinforcement and template-based etching help scale up membranes. Continue reading →

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Theoretical framework illuminates graphene’s optomechanical properties

Posted on January 17, 2018 by rberkowitz

Explaining how to enhance optical forces and control the mechanical deformation in stacks of graphene sheets.  Read more in MRS Bulletin…

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Sensitive and Specific: A New Way of Probing Electrolyte/Electrode Interfaces

Posted on July 8, 2015 by rberkowitz

Berkeley Lab researchers’ novel diffraction spectroscopy technique will provide insight to chemical processes at important battery interface. Continue reading →

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