A team of researchers have developed a new technique for manipulating liquid metal nanodroplets, giving them the ability to control their physical properties such as size and shape. This breakthrough could lead to many new applications of liquid metal technology, from creating flexible electronics to using liquid metal in biomedical engineering. The technique, which is based on a process called electrohydrodynamic deformation, relies on electric fields to deform the droplets into a desired shape. The team was able to control the size and shape of the droplets, and even the electrical properties of the liquid metal, using a combination of voltage and frequency. This new technique could have a major impact on many different industries.

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source: Phys.org