Wonju Lee

TL;DR: A new type of feature vector, i.e., HOG symmetry vectors, is proposed and implemented and a new classification method that uses data importance in the HV step is proposed, based on the locations of hypotheses to prioritize hypotheses that have greater risks of accident.

TL;DR: extremely sensitive plasmonic detection that was performed label-free based on the colocalization of target DNA molecules and electromagnetic hot spots excited at 3D nanogap arrays to achieve significantly amplified optical signatures that lead to sensitivity enhancement in terms of detectable binding capacity in reference to conventional thin film-based surface plasMon resonance detection.

TL;DR: NLS can be useful for moving objects that have a high labeling density or for performing fluctuation spectroscopy in small volumes, and may allow "super-resolution on demand" by customizing nanoantenna structures for specific resolution needs.

TL;DR: Improvement on nanoislands in the limit of detection and sensitivity over conventional thin film-based SPR detection is suggested using rigorous coupled-wave analysis and analytical transfer matrix method using effective medium theory.

TL;DR: The measured enhancement per molecule by the colocalization of GNP-conjugated DNA oligomers was estimated to be by more than 2 orders of magnitude relative to that of thin-film-based conventional detection.