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1. Melville Laboratory for Polymer Synthesis Department of Chemistry

Coherent Optical Sources using Micromolecular Ordered Structures (COSMOS). H.J. Coles 4 , R.H. Friend 2 , I.H. White 5 , W.T.S. Huck 1 , E.M. Terentjev 3 , T.D. Wilkinson 4

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1. Melville Laboratory for Polymer Synthesis Department of Chemistry

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  1. Coherent Optical Sources using Micromolecular Ordered Structures (COSMOS) H.J. Coles 4, R.H. Friend 2, I.H. White 5, W.T.S. Huck 1, E.M. Terentjev 3, T.D. Wilkinson 4 S.M. Morris 4, S. Findeisen-Tandel 4, O. Hadeler 5, P.J.W. Hands 4, Y. Ji 3, D. Kabra 2, M.H. Song 2, G. Tu 1 COSMOS is a Basic Technology Research Programme funded by the EPSRC to develop micron-sized tunable coherent light sources based on ordered organic periodic structures. The research programme is a joint venture between research groups in the Departments of Chemistry, Physics and Engineering at the University of Cambridge. 1. Melville Laboratory for Polymer SynthesisDepartment of Chemistry __________________________________________________________________________________________________________________________________ 2. Optoelectronics Group3. Biological & Soft Systems GroupCavendish Laboratory, Department of Physics __________________________________________________________________________________________________________________________________ 4. Centre of Molecular Materials for Photonics & Electronics5. Centre for Photonic SystemsDepartment of Engineering Medicine, biology, chemistry, engineering: eg: micro-manipulation of molecules, lab on a chip spectroscopy, dermatology, endoscopy, retinal and key-hole surgery, disease sensing, telecommunications devices, optical data storage, display technology, etc. www-g.eng.cam.ac.uk/cosmos COSMOS is a Basic Technology Research Grant funded by the EPSRC, EP/D04894X

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