William M.J. Green, Hendrik F. Hamann, et al.
OFC 2007
Photonic crystal slab cavities were investigated for increased light-matter interaction based on selective placement of sublattice hole sized defect holes inside L3 cavities. A multiple-hole defect (MHD) consisting of three defect holes placed in the regions of highest cavity mode field intensity were demonstrated through finite-difference timedomain simulations and experiments to exhibit the strongest light-matter interaction without introducing significant scattering losses. Compared to an L3 cavity without defect holes, these strategically designed three-hole MHD cavities presented higher quality factor and more than double the resonance wavelength shift upon exposure to a thin oxide and two small chemical molecules. © 2012 Optical Society of America.
William M.J. Green, Hendrik F. Hamann, et al.
OFC 2007
Xiaoping Liu, I-Wei Hsieh, et al.
CLEO/QELS 2008
Charlton J. Chen, Chad A. Husko, et al.
Applied Physics Letters
Solomon Assefa, Fengnian Xia, et al.
QELS 2008