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Unprecedented Level of Control of Graphene s Optical Properties

With the thickness of a single atomic layer, graphene is the thinnest material ever produced. Thinner than a billionth of a meter, graphene can absorb light efficiently from the visible to the infrared via the photoexcitation of its charge carriers.

Nanotechnology Now - Press Release: Controlling how fast graphene cools down An international study, published in ACS Nano, has demonstrated an unprecedented level of control of the optical properties of graphene The work has promising applications in different technological fields ranging from photonics to teleco

Nanotechnology Now - Press Release: Controlling how fast graphene cools down An international study, published in ACS Nano, has demonstrated an unprecedented level of control of the optical properties of graphene The work has promising applications in different technological fields ranging from photonics to teleco
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Controlling how fast graphene cools down

Controlling how fast graphene cools down
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Not All 2D Materials are as Strong as Graphene: Transition Metal Dichalcogenides Get Weaker when Thickness Decreases

Not All 2D Materials are as Strong as Graphene: Transition Metal Dichalcogenides Get Weaker when Thickness Decreases A new study recently published in Advanced Materials reveals that MoSe 2, a prominent material of the transition metal dichalcogenides (TMDs) family, loses relative stiffness when its thickness is reduced. This work was carried out by researchers from the Adam Mickiewicz University (AMU) in Poznan (Poland) and the ICN2, under the coordination of Dr Bartlomiej Graczykowski and Dr Klaas-Jan Tielrooij, respectively. Related Stories Image Credit: ICN2 Ultrafast Dynamics in Nanoscale Systems group Since the discovery of graphene, a wonder material exhibiting remarkable properties due to its being as thin as a single layer of atoms, a wide variety of new 2D materials have been fabricated and studied. The general expectation is that, as for graphene, such materials mechanical properties are superior to their bulk counterparts. However, this is not the case for molybde

Graphene: Everything under control | EurekAlert! Science News

Graphene: Everything under control | EurekAlert! Science News
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