Two-dimensional materials

Description of the transfer process for a two-dimensional semiconductor together with nanoprinted contacts (left) and a photo of a transparent, flexible substrate with the structure transferred to it (right) [Courtesy: Victoria Chen/Alwin Daus/Pop Lab]

An innovative method for manufacturing extremely thin and flexible electronic components

Until now as too elusive, but researchers from Stanford University claim that they have succeeded in bringing about a breakthrough in this field
A light source from a single atomic layer that separates and sorts the spins of the photons emitted from the two-dimensional semiconductor. This scientific discovery will make it possible to combine spintronics and spinoptics to develop a wide variety of devices on an atomic scale (Credit: Scholardesigner co., LTD

Atomic-scale spinoptics: chips of the future

Technion researchers have developed a smart light source based on a single atomic layer of material. The achievement will enable the development of new quantum applications in the field of computing and in other fields