Laser assisted graphene patterning

新兴的石墨烯行业现在正在生产第一代产品和原型。然而，由于缺乏将石墨烯集成到功能电子、光学和传感设备中的可靠的工业化加工方法，石墨烯的许多潜在的优秀应用仍然没有得到开发。该项目旨在开发一种新的石墨烯沉积方法，使用我们的激光转移技术来产生高分辨率和高纯度的石墨烯图案。这种图案可能会在微电子、超灵敏传感器、射频晶体管、超高频计算、集成电路、逻辑和存储器中得到应用。我们的技术提供了独特的解决方案，通过为石墨烯加工提供关键环节，弥合了石墨烯制造商和最终用户之间的差距，从而可能有助于发展石墨烯供应链。

The emerging graphene industry is now producing its first generation of products and prototypes. However, many of the potentially outstanding applications of graphene remain unexploited because of the lack of reliable, industrial processing methods for the integration of graphene into functional electronic, optical, and sensing devices. This project aims to develop a new graphene deposition method, using our laser transfer technology to produce graphene patterns of high resolution and high purity. Such patterns may find applications in miniaturised electronics, ultra-sensitive sensors, RF transistors, ultra-high frequency computing, integrated circuits, logic, and memory. Our technology offers a unique solution which may help develop the graphene supply chain by providing a critical link for graphene processing, bridging the gap between graphene manufacture and end users.