Tag Archives: Nanoscience

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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Real-Time Monitoring of Nanoscale Polarization Switching

Posted on October 12, 2021 by rberkowitz

Researchers have visualized the nanoscale jumps in a ferroelectric’s polarization that are thought to play a key role in how well some ferroelectric devices function. 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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Molecular Microscope Lets Scientists Peer inside Single Cells

Posted on November 21, 2018 by rberkowitz

The new technology can identify proteins that distinguish healthy cells from diseased ones.   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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Metallic aerogels synthesized in one-step process

Posted on December 22, 2017 by rberkowitz

Researchers develop quick and simple alternative synthesis method for porous scaffolds made from noble metal nanoparticles. Read more in MRS Bulletin…

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Laser design emits multicolor light

Posted on September 8, 2017 by rberkowitz

Scientists have developed the capability to generate multiwavelength lasing in a single device, with precise control over the different colours.   Continue reading →

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Proposed magnetometer design could measure atomic-scale properties

Posted on June 12, 2017 by rberkowitz

Proposed technique uses probe’s magnetic field to induce measurable response in materials whose magnetic properties only occur internally at the atomic scale. Continue reading →

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New simulations suggest cost-effective materials design for H2 storage

Posted on February 18, 2017 by rberkowitz

Researchers propose an inexpensive material design that appears able to store and deliver bulk hydrogen at an unprecedented rate. Continue reading →

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