Scientists have developed a strategy that enables them to tweeze extremely small objects without exposing them to high-intensity light or heat that can damage a molecule's function.
Scientists have developed a strategy that enables them to tweeze extremely small objects without exposing them to high-intensity light or heat that can damage a molecule's function.
Researchers have invented a new data storage method: They make odd numbered layers slide relative to even-number layers in tungsten ditelluride, which is only 3nm thick. The arrangement of these atomic layers represents 0 and 1 for data storage.
Researchers hope their new technology can help transform paper sheets from a notebook into a music player interface and make food packaging interactive.
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Scientists have developed a strategy that enables them to tweeze extremely small objects without exposing them to high-intensity light or heat that can damage a molecule's function.
Researchers find path to create nanoscale devices that have much narrower spectral responses.
Researchers have invented a new data storage method: They make odd numbered layers slide relative to even-number layers in tungsten ditelluride, which is only 3nm thick. The arrangement of these atomic layers represents 0 and 1 for data storage.
Scientists have developed a method that permits the stable storage of large quantities of data on DNA for over 1000 years.
Researchers hope their new technology can help transform paper sheets from a notebook into a music player interface and make food packaging interactive.