2d materials
The World’s Thinnest Oxide Semiconductor
This oxide semiconductor is just one-atom thick, opening up new possibilities for flexible, wearable technologies.
How Do 2D Materials Crack?
To understand how thin two dimensional materials crack, we must go beyond existing theory, scientists say.
The World’s Thinnest Photodetector
Korean researchers have developed a photodetector that is ten times smaller than the current standard silicon diodes.
A Minimally Disordered 2D Superconductor
Researchers have demonstrated the possibility of clean 2D superconductors with using ZrNCl thin films.
New 2D Transistor Material Made Using Precision Lasers
With the help of laser patterning, pure dual-phased molybdenum ditelluride can now be fabricated for next-generation 2D transistors.
2D Stanene Successfully Grown
The successful production of stanene, an ultrathin form of tin, could lead to a better understanding of superconductivity.
NUS Sets Up Center For Advanced 2D Materials
The US$40 million center will focus on both fundamental research and commercialization.
DNA Origami Creates 2D Structures
Scientists from Australia and the US have used DNA origami methods to turn one-dimensional nanomaterials into two dimensional structures.
Researchers Develop Method To Make 2D Molybdenum Diselenide
Researchers from Singapore and the US have found a potentially scalable method of producing an important semiconductor called molybdenum diselenide.
