Semiconductors with larger prohibited bands could pave the way for smaller and more efficient electronic components, capable of managing much higher voltages, but the wider the gap, the more difficult it is to control how a material leads electricity. Today, a team led by Darrell Schlom from [...]
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Semiconductors with larger prohibited bands could pave the way for smaller and more efficient electronic components, capable of managing much higher voltages, but the wider the gap, the more difficult it is to control how a material leads electricity. Today, a team led by Darrell Schlom from [...]