Supplementary document for BODY-OF-REVOLUTION FINITE-DIFFERENCE TIME-DOMAIN MODELING OF HYBRID-PLASMONIC RING RESONATORS - 6041776.pdf

Supplemental 1-

Optical Trapping of Large Metallic Particles in Air

In this paper, we introduce a horizontally-oriented, photophoretic `boat' trap that is capable of capturing and self-loading large (radius ${\ge}1$ $\mu$m) solid gold particles in air for more than one hour. Once trapped, particles are held stably, even as the trap is modified to scan axially or expanded to a larger size to increase the capture cross-section. We theoretically present and experimentally demonstrate each of these affordances. We describe the utility of such to investigate large, metallic, and plasmonic particles for display applications

BYU HoloMonitor Accommodation-Parallax Demo

Taken by placing a video camera at the viewing plane of the monitor. A computed hologram is output, and the monitor is first rotated side-to-side, demonstrating parallax. Then, accommodation cues are shown as the camera is refocused to different depths