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His research for APCRC in fact led to the formation of a spin-off company, RPO Pty Ltd, that commercialized the polymer waveguide technology developed by Professor Luther-Davies’s team. In the past five years he has remained a consultant to the company contributing to 4 US patents. Since the award of a Federation Fellowship in 2003 and funding of the ARC Centre of Excellence, CUDOS, Professor Luther-Davies’s research has focused on novel photonic chip technologies for telecommunications. His team is the international leader in the fabrication of the high performance photonic chips using chalcogenide glasses that have been a key to the success of CUDOS and led to collaborations with many leading overseas laboratories. In addition to research into the chalcogenides, his team works on other important photonic materials including tellurite glasses, hybrid glasses; and epitaxial growth of crystalline oxides such as barium titanate. These materials when combined have to potential provide the functionality needed for the advanced photonic chips. Professor Luther-Davies achievements in research and research leadership are evidenced by over 500 publications that have received around 23000 citations as well as election to Fellowships of the Optical Society of America and the Australian Academy of Technological Sciences and Engineering.
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