Improving the accuracy of international standards for graphene

The results of the first international comparison of the measurement of graphene have been published in 2D Materials, led by the National Physical Laboratory (NPL) in the U.K., through the Versailles Project on Advanced Materials ...

Improving low-loss dielectric measurement technique

Scientists from NPL have developed improvements to a technique for measuring dielectric permittivity and loss of materials at MHz frequencies. The method used is named after two NPL scientists who developed in the 1930, Hartshorn ...

Rapid characterization of carbon 2D materials

Industrial applications of nanomaterials commonly require their dispersion in solvents to embed them in final products. Examples of applications include battery electrodes, composite reinforcement, printed electronics, and ...

Enabling carbon capture, usage and storage

In 2019, the UK became the first major economy to pass legislation that commits to a target of net zero greenhouse gases emissions by 2050, and by 2045 in Scotland. There are many technologies that could assist the UK in ...

Scientists develop protocol for chemical imaging at the nanoscale

Chemical imaging of surfaces is critical to understand the relationships between structural, chemical and functional properties in disciplines ranging across the chemical, material and biological sciences. Conventional methods ...

Synthetic virus to tackle antimicrobial resistance

The National Physical Laboratory (NPL) and UCL (University College London) have engineered a brand new artificial virus that kill bacteria on first contact, as published in Nature Communications.

Encoding smart antibiotics

A method for designing antibiotics based on random binary encoding, developed by a team led by the National Physical Laboratory (NPL), could open up new opportunities in drug discovery.

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