The speed at which advances are being made in science has catapulted nanotechnology from its theoretical foundations straight into the real world. There are now many examples of commercially available products demonstrating that, in given situations, the technology really does work and that its scope for further application is wide. Healthcare, along with society as a whole, is facing a major revolution in the wake of ongoing technological developments in the field of nanotechnology. Dentistry as an individual healthcare discipline is not exempt, having already been targeted directly with novel 'nano-materials' at the same time as indirectly enjoying the benefits of nano-related advances in the electronics industry through the ongoing computerization of the modern practice. This article examines current practical applications of nanotechnology alongside proposed applications in the future and aims to demonstrate that, as well as a good deal of science fiction, there is some tangible science fact emerging from this novel multi-disciplinary science.
Irresistible Materials (IM) is a UK company spun out of the University of Birmingham. It is developing novel resist systems based on the Multi-trigger concept, and spin-on-carbon hardmask materials. IM has developed a new EUV resist that is nonmetal based, does not need a post exposure bake (PEB), and delivers high sensitivity, excellent contact hole resolution, with low LER. It is being readied for HVM through a partnership with Nano-C, Inc. (the Massachusetts based manufacturer of advanced electronic materials and chemicals). The transition to scalability will be the highlight of this discussion.
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