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Advances in Nano Technology

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Event
  • Duration: 4 mins
  • Publication date: 29 Jun 2006

Abstract

Spectacular work has been done over the past ten years in manipulating individual atoms and creating one-off nano-scale structures. This has been made possible by advances in the tools available to scientists, often through the adaptation of conventional technology -such as scanning tunnelling electron microscopes. Having established exquisite control at the nano-scale, the challenge facing researchers has been to turn this into something useful in the real world.

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    Prof. Mark Welland

    University of Cambridge, Nanoscience Centre, Director

    Professor Mark Welland, Director Nanoscience Centre, University of Cambridge Professor Mark Welland has been a driving force behind advances in materials that exploit nano-scale properties. Professor Welland and colleagues have explored the mechanical, optical and electronic properties of atoms and molecules and grown them into nanostructures by seeding them onto a surface. These structures then intertwine in a form of self-assembly creating a series of different materials and structures that retain their nano-scale properties. Dr Stéphanie P. Lacour Nanoscience Centre, University of Cambridge Stéphanie P. Lacour received her MS and PhD in integrated electronic devices from the Institut National des Sciences Appliquées in Lyon, France. In her PhD research she developed microsensors for skin hydration that use porous silicon as thermal insulator. From 2001 to 2005, she was on the research staff in electrical engineering at Princeton University, working on thin film electronics on polymeric substrates. She discovered that metal films on rubber-like substrates can be stretched up to twice their length and remain electrically conducting, and applied this discovery to develop a stretchable micro-electrode array for in vitro brain study. Her research agenda is the integration of components on skin-like electronic surfaces. She joined the University of Cambridge in January 2006 to manage a multidisciplinary team that develops compliant bioelectronic implants for nerve repair.
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