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Barron discusses broad impact of Penn State research for trustees

Barron discusses broad impact of Penn State research for trustees
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Finding new types of 2D material defects could enable better electronics

Finding new types of 2D material defects could enable better electronics
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Sushi-like rolled 2D heterostructures may lead to new miniaturized electronics

Sushi-like rolled 2D heterostructures may lead to new miniaturized electronics
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Sushi-like rolled 2D heterostructures may lead to new miniaturized electronics

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IMAGE: Image of a heterotube diode: This device contains a MoS2 semiconductor shell (blue), over the insulator hBN shell (purple), over the carbon nanotube core (green) of the heteronanotube covered with.
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Credit: ELIZABETH FLORES-GOMEZ MURRAY/ PENN STATE
The recent synthesis of one-dimensional van der Waals heterostructures, a type of heterostructure made by layering two-dimensional materials that are one atom thick, may lead to new, miniaturized electronics that are currently not possible, according to a team of Penn State and University of Tokyo researchers.
Engineers commonly produce heterostructures to achieve new device properties that are not available in a single material. A van der Waals heterostructure is one made of 2D materials that are stacked directly on top of each other like Lego-blocks or a sandwich. The van der Waals force, which is an attractive force between uncharged molecules or atoms, holds the materials toge ....

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Transistors built from ultra-thin 2D materials take a step forward

Transistors built from ultra-thin 2D materials take a step forward
Two-dimensional materials can be used to create smaller, high-performance transistors traditionally made of silicon, according to Saptarshi Das, assistant professor of engineering science and mechanics (ESM) in Penn State’s College of Engineering.
Das and his collaborators report in Nature Communications on tests to determine the technological viability of transistors made from 2D materials. Transistors are tiny digital switches found in cell phones, computer circuits, smart watches and the like.
“We live in a digital and connected world driven by data,” Das said. “Big data requires increased storage and processing power. If you want to store or process more data, you need to utilize more and more transistors.” ....

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