In a breakthrough that could potentially revolutionize the technology industry, scientists have constructed transistors made out of a silicon-based material with the thickness of a single atom.
The transistors, created by researchers at the University of Texas at Austin’s Cockrell School of Engineering and unveiled in the journal Nature Nanotechnology, hold the possibility for faster, more efficient computer chips.
The material, silicene, is made up of silicon atoms but has proved difficult to work with in the past due to its volatility when exposed to air. But Deji Akinwande, an assistant professor at the school, teamed up with researchers in Italy to create a layer of silicene between a block of silver and a sheet of aluminum, which they then peeled and scraped to create the silicene strip.
“The major breakthrough here is the efficient low-temperature manufacturing and fabrication of silicene devices for the first time,” Akinwande said.
More Must-Reads from TIME
- Donald Trump Is TIME's 2024 Person of the Year
- Why We Chose Trump as Person of the Year
- Is Intermittent Fasting Good or Bad for You?
- The 100 Must-Read Books of 2024
- The 20 Best Christmas TV Episodes
- Column: If Optimism Feels Ridiculous Now, Try Hope
- The Future of Climate Action Is Trade Policy
- Merle Bombardieri Is Helping People Make the Baby Decision
Write to Rishi Iyengar at rishi.iyengar@timeasia.com