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									 Photonics Polymer for Face-to-Face Communication  | 
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| Professor KOIKE, Yasuhiro Department of Applied Physics and Physico-informatics  | 
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									 We exhibit a Face-to-Face communication system realized by photonics polymer based on the principles of optics, photonics and polymer. Our  
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									 Silicon Quantum Computing  | 
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| Professor ITOH, Kohei Department of Applied Physics and Physico-informatics  | 
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									 Computing based on bit information, 0 or 1, stored in single atoms in silicon semiconductors is presented. 
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| Associate Professor SHIRATORI, Seimei Department of Applied Physics and Physico-informatics  | 
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									 The application of anti-reflection films onto optical devices, such as glasses or solar cells, has attracted much attention to improve the device properties. In our laboratory, such films were fabricated by low-cost and eco-friendly  
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									 Optical Interconnection Devices for Exa-scale Computing  | 
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| Associate Professor ISHIGURE, Takaaki Department of Applied Physics and Physico-informatics  | 
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									 We introduce graded-index parallel polymer optical waveguide for board-level optical interconnections enabling Exa-scale high-performance computing. We also exhibit carbon nanotube and graphene doped polymer optical devices for  
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