石墨烯和相关的2D材料的技术准备水平慢但稳步发展。万博电脑网页版登录虽然全球仍有大量的基本研究，但肯定有一些早期的材料，设备和相关制造过程的开发。这简短而且到西班牙北部美丽的毕尔巴鄂城市的点会议是明显的，来自全球的学者和行业利益相关者突出了将这一有前途的材料套装到下一个技术准备水平的进步和挑战。

会议的主要亮点：

1. There is a clear and strong momentum towards commercializing applications based on graphene platelets that can now be made in huge quantities. That has been the focus of many a graphene conferences in the recent past. However, it is heartening to see the entire community taking initiatives to address the critical need of standards and robust quality control techniques that can migrate along with the materials themselves from the lab to the factory floor/fab.

2.基于高质量石墨烯片的技术达到了关于产量和产量的问题的点，正在考虑小规模生产。值得注意的是，一般的社区已接受石墨烯转移问题作为机会而不是障碍。这是因为转移过程使这些材料与现有的FAB的整合，由于所需的低温，前端和后端都是前端的。

3.半导体2D材料仍然是研究的热门话题，这里的重点是在沉积期间控制域尺寸，结晶度和光/电子质量。在缩放时，挑战仍然仍然实现了上述所有优点的良好质量。解决这些问题以实现高质量的可再现2D半导体绝对是一些高质量的科学输出的肥沃区域以及可利用的IP。

4.最后，在这个令人兴奋的领域的基本方面，下一波研究输出似乎专注于使用这些层状单层晶体中的一个组合，以产生Van der Waal的异质结构。这是全球科学家的广泛开放的比赛领域，以发现令人兴奋的物理和创造新的功能设备。

It was also really heartening to see our solutions for atomic scale fabrication being utilized successfully across the world and enabling some of this progress that we are seeing today. We not only offer growth process systems for making graphene and other 2D materials but also offer solutions for device fabrication such as mesa/channel etching, atomic layer etching and gate dielectric deposition and device passivation, oxide/nitride deposition and etch for waveguides and other photonic structures. We would be delighted to talk further regarding any of these solutions so please get in touch with us atplasma-experts@oxinst.com

作者：Ravi Sundaram博士