About The Event
“Nanoengineered materials for electronics, optoelectronics and sensing”
Two-dimensional nanomaterials can offer extraordinary and unique properties for advanced device platforms. However, their performance levels are usually inadequate compared to their traditional counterparts. This is partly due to the limitations in structuring active materials, device manufacturability, and miniaturization. An increasingly popular strategy to address this challenge for such sensors and optoelectronic devices is by combining device manufacturability and computational approaches. In this presentation, I will focus on my team’s efforts on various printing techniques and engineering of 2-dimensional materials to improve device manufacturability. I will also show how computational approaches could benefit such devices as a critical performance enabler.
