Energy-Efficient Devices from the Thinnest Ferroelectric Mat

The materials used to power electronics must also get thinner as they get smaller and smaller. In light of this, finding materials that can keep unique electrical properties at an ultrathin size is one of the fundamental difficulties researchers confront when creating the next generation of energy-efficient devices.

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California , United States , Megan Craig , Nirmaan Shanker , Suraj Cheema , Berkeley Suraj Cheema , Zhan Zhang , Sayeef Salahuddin , John Freeland , Shang Lin Hsu , University Of California , Department Of Energy , Office Of Science , Lawrence Berkeley National Laboratory Advanced Light Source , Argonne National Laboratory , Efficient Devices , Thinnest Ferroelectric , Study First Author , Postdoctoral Researcher , Advanced Photon Source , Study Author , Argonne National , Berkeley National Laboratory , Advanced Light Source , Molecular Foundry ,