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Electromagnetic radiation / Dispersion / Fiber-optic communication / Waveguide / Centre for Ultrahigh Bandwidth Devices for Optical Systems / Optical fiber / Chalcogenide / Four-wave mixing / Wavelength-division multiplexing / Optics / Photonics / Physics


2009 Annu al Repo rt The Centre for Ultrahigh bandwidth Devices for Optical Systems (CUDOS) An Australian Research Council Centre of Excellence
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Document Date: 2014-04-29 20:54:32


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City

Sydney / San Diego / /

Company

Perot / Cross-Phase Modulation Radio / Ge / Excellence Sydney Laboratory / Finisar / /

Country

United States / Denmark / /

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Event

Business Partnership / /

Facility

An Australian Research Council Centre of Excellence / Micro-Photonics Swinburne University of Technology PO Box / Technical University of Denmark / A28 University of Sydney NSW / Mathematical Sciences University of Technology Sydney PO Box / /

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IndustryTerm

nonlinear optical devices / film processing / signal processing experiments / chalcogenide chips / insensitive nonlinear signal processing / optical signal processing team / signal processors / chemical attack / communication systems / signal processing functionality / optical signal processing / higher performing signal processing / phase-preserving processing / crucial component technologies / signal processing / optical chip / speed dynamic networks / defence system applications / nonlinear signal processing / ultrahigh-bandwidth networks / miniaturized optical signal processing devices / lithography tools / compact waveguide devices / broader bandwidth signal processing / nonlinear signal processing functions / broadband signal processing applications / optical communications / signal processing solutions / cudos@physics.usyd.edu.au Web / opto-electronic systems / reconfigurable optical networks / long-haul fibre transmission systems / ultra-high speed signal processing / /

Organization

Technical University of Denmark / A28 University of Sydney NSW / Micro-Photonics Swinburne University of Technology PO Box / CUDOS@ANU Professor Yuri Kivshar Research School of Physical Sciences / School of Physics / Macquarie University / Mathematical Sciences University of Technology Sydney PO Box / Lindsay Botten Department / CUDOS@RMIT A/Professor Arnan Mitchell School / UCSD / The Centre / Centre for Ultrahigh Bandwidth Devices for Optical Systems / CUDOS@Macquarie Dr Michael Withford Department of Physics Division of Information / Australian National University / Australian Research Council Centre / /

Person

Ben Eggleton / S.J. Madden / M.D. Pelusi / Barry Luther-Davies / J. Van Erps / Mark Pelusi / D. Bulla / Alan Willner / Leif Oxenløwe / Eric Mägi / A. Fu / Hugo Thienpont / D.Y. Choi / Trung D. Vo / Steve Madden / B. Eggleton / Yong Choi Douglas Bulla / F. Luan / T. Iredale / B. Luther-Davies / H. Thienpont / D.A.P. Bulla / Amrita Prasad / S. Madden / T.D. Vo / John Harvey (Auckland) / J.V. Erps / J. Schröder / Y. Choi / B.J. Eggleton / E. Magi / Xin Gai / B. Corcoran / D.A. Bulla / Chris Walsh / Lindsay Botten / Yuri Kivshar / Min Gu / /

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Position

Science Leader / Project Manager / Annu al Repo rt / Director Phone / Research / Professor / T.D. / Chief Operations Officer / /

Technology

broadband / chalcogenide chips / microwave / lithography / Fiber Optic / phase-shift keying / photolithography / Optical Fiber / three crucial component technologies / laser / lithography system / lasers / optical fibre / phase modulation / /

URL

www.cudos.org.au / http /

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