Hong Kong University of Science / Warsaw University of Technology Development Programme / Physics Warsaw University of Technology / /
IndustryTerm
expected irradiation energy / technological applications / radiation energy / exposure energy / elastic energy / potential applications / photosensitive solution / energy absorption / higher energy requirement / optical fiber devices / required irradiation energy / required anchoring energy / irradiation energy / display technology / similar irradiation energy / wt./wt. solution / variable anchoring energy depending / possible applications / light irradiation energy / photonic devices / irradiation energy estimations / energy / /
NaturalFeature
Clear Water Bay / /
Organization
Center for Advanced Studies / Optical Society of America / Optical Society of America OCIS / National Science Centre / Hong Kong University of Science and Technology / Optics and Photonics Division / European Union / Warsaw University of Technology Development Programme / Warsaw University of Technology / Department of Electronics and Computer Engineering / European Social Fund / /
Person
S. K. Lo / W. Hu / V / X. Wang / V / Q. Guo / V / V. G. Chigrinov / V / Abhishek K. Srivastava / T. T. Alkeskjold / Daniel Budaszewski / L. M. Galarneau / K. Schmitt / V / D. J. Rogers / S. R. Flom / A. K. Srivastava / V / J. P. Judkins / V / A. Verevochnikov / V / /
August 15, [removed]Vol. 39, No[removed]OPTICS LETTERS[removed]Photo-aligned ferroelectric liquid crystals in microchannels