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CEA-Leti and Arkema set up a platform for lithography based on nanostructured polymers

May 14, 2012 | Julien Happich | 222903438
CEA-Leti and Arkema set up a platform for lithography based on nanostructured polymers CEA-Leti and Arkema, in association with LCPO (Laboratoire de Chimie des Polymères Organiques) of Bordeaux, have shown the unique resolution potential of lithography based on nanostructured polymers.
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These initial results meet the requirements of the next 4 generations of electronic chips. Building on this success, CEA-Leti and Arkema have created a development platform dedicated to this technology. As part of their joint laboratory, Arkema and CEA-Leti, with the help of Professor Hadziioannou's team of LCPO, have successfully obtained a 20 nanometer (nm) pitch and reduced the diameter of contacts down to 7nm thanks to nanostructured polymers, thereby demonstrating the compatibility of this technology for technological nodes ranging from 20nm to sub-10nm.

On the strength of these initial positive results, Arkema and CEA-Leti have created IDEAL (Insertion of Directed Self-Assembly lithography for CMOS application), a collaborative research platform dedicated to the development and industrialization of lithography based on nanostructured polymers. This platform relies on CEA-Letis expertise in process and electronic component integration, and on Arkemas know-how in the development and industrialization of nanostructured polymers. These complementary capabilities will help adapt materials and processes to achieve optimum results and make the technology available to the semiconductor industry without delay.

Going beyond the boundaries of " classic " lithography

The semiconductor industry has had to contend with the limits of conventional optical lithography for several years now. The cost and the problems encountered with the extreme ultra violet technology undermine the feasibility of the technological roadmap of micro-electronics. Lithography by self-assembly (or nanostructuring) of polymers is a highly promising technological alternative due to its low manufacturing costs and its straightforward integration in existing processes for the manufacture of microprocessors and other electronic chips.

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