Physicists at the National University of Singapore have achieved high efficiency in creating nanostructures by using selenium doping. This process enables controlled conformational arrangements in flexible precursors, allowing for precise modifications in the nanostructures’ properties. The research holds promise for enhancing performance in various applications, including electronics and photonics, as selenium doping offers a way to fine-tune the materials’ electrical and optical behaviors. This advancement could lead to more efficient devices with broader functionality in fields like semiconductors and nanotechnology.
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