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  • Gaurav Modi, Shubham K. Parate, Choah Kw...
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    Nov 1st, 2024
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    journalArticle
    Gaurav Modi, Shubham K. Parate, Choah Kw...
    Nov 1st, 2024

    Electrically induced amorphization is uncommon and has so far been realized by pulsed electrical current in only a few material systems, which are mostly based on the melt–quench process1. However, if the melting step can be avoided and solid-state amorphization can be realized electrically, it opens up the possibility for low-power device applications2–5. Here we report an energy-efficient, unconventional long-range solid-state amorphization in a new ferroic β″-phase of indium selenide...

Last update from database: 28/12/2024, 23:15 (UTC)
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