Control of Uniaxial Orientation and Fabrication of a Submicrometer-Sized, Oriented Structure in a Photocrosslinkable-Polymer Liquid-Crystalline Film

Authors


  • This work was supported by a Grant-in-Aid for Scientific Research from the JSPS (15550187).

Abstract

original image

Axis-selective two-photon excitation and polarization-preserved triplet energy transfer using a linearly polarized (LP) 800 nm femtosecond pulse laser generates an anisotropic photoreaction in photocrosslinkable-polymer liquid-crystalline films. The molecular orientation is controlled parallel to the polarization of the laser. The tightly focused laser beam generates a submicrometer-oriented structure, as shown in the Figure.

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