Publications by authors named "Chun-Hsiu Chiang"
Article Synopsis
- A low-power memristor was developed using 2D layered materials, specifically molybdenum diselenide, and copper and gold electrodes to allow reversible phase changes between conducting and semiconducting states.
- The phase changes, triggered by copper cation intercalation, were confirmed through advanced imaging techniques and happen at low voltage (±1 V) and current (<10 μA).
- This research suggests potential for integrating these 2D materials into electronic circuits due to their low power consumption (~0.1 microwatt) and efficient on/off ratios after multiple cycles.
Here, a current-accelerated phase cycling by an current-induced oxidation process was demonstrated to reversibly switch the local metallic Cu and semiconducting CuO phases of patterned polycrystalline copper nanobelts. Once the Cu nanobelts were applied by a direct-current bias of ∼0.5 to 1 V in air with opposite polarities, the resistance between several hundred ohms and more than MΩ can be manipulated.
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