Martijn van EijkelenborgMaryanne C. J. LargeAlexander ArgyrosJoseph ZagariSteven ManosNader A. IssaI.M. BassettSimon FlemingRoss C. McPhedranC. Martijn de SterkeN. A. Nicorovici
The first microstructured polymer optical fibre is described. Both experimental and theoretical evidence is presented to establish that the fibre is effectively single moded at optical wavelengths. Polymer-based microstructured optical fibres offer key advantages over both conventional polymer optical fibres and glass microstructured fibres. The low-cost manufacturability and the chemical flexibility of the polymers provide great potential for applications in data communication networks and for the development of a range of new polymer-based fibre-optic components.
Graham TownRod M. ChaplinMichael J. WithfordDavid Baer
Helmut C. Y. YuAlexander ArgyrosGW BartonMartijn A. van EijkelenborgC. BarbéKim S. FinnieLinggen KongFrançois LadouceurScott McNiven
Maryanne C. J. LargeMartijn A. van EijkelenborgAlexander ArgyrosJoseph ZagariSteven ManosNader A. IssaI.M. BassettSimon Fleming
D. J. WebbHelen DobbKaren E. CarrollKyriacos KalliMatthieu AressyStephen N. KukurekaAlexander ArgyrosMaryanne C. J. LargeMartjin A. van Eijkelenborg
Richard LwinAlexander ArgyrosSergio G. Leon-SavalMaryanne C. J. Large