We are pleased to welcome Isabella Briant as a new Wyant College accountant. Find Isabella in Meinel 619 or call her up at 520-626-0432 to say hi!

Congratulations to Prof. Hong Hua who was recently inducted into the 2023 IEEE Visualization and Graphics Technical Community  (VGTC) Virtual Reality Academy. Hua was selected for pioneering research on optical display technologies for AR and VR, and collaborative AR and VR environments. 

Prof. Judy Su’s work into FLOWER (frequency locked optical whispering evanescent resonator) is unlocking new possibilities for early detection of ovarian cancer before symptoms have even presented—meaning that many women can begin to receive treatment before the cancer has become severe. In Su’s recent paper, “An Integrated Approach to Protein Discovery and Detection From Complex Biofluids” Prof. Su discusses how the technology can sample items from the vaginal environment (a tampon, even) to detect proximal sources for tumor detection.

NSF recently announced 54 teams chosen for the VITAL Prize Challenge Semi-Final Round, an initiative to support "teams developing novel learning technologies with entrepreneurial training, customer discovery support, seed funding and mentorship to build K-12 learning innovations for adoption nationwide." One team selected includes Ameé Hennig, Wyant College Media Content Manager, Prof. Allison Huff, Assistant Prof. at UArizona College of Medicine, and Vincent Hood, Illustrator and member of the Yavapai-Apache Nation.

Don't miss out on this opportunity to take the new OPTI 596: Computational Imaging and Machine Vision Seminar with Prof. Florian Willomitzer. Are you motivated to understand the basic principles of computational imaging and machine vision? Are you interested in learning more about the practical applications in topics such as industrial inspection, VR/AR/MR, robotics, medical imaging, remote sensing, automotive sensing, metrology, forensics, or cultural heritage preservation? Then this would be a great course for you!
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Abbie Watnik

Uncontrolled environments – either natural or manmade – impact how light propagates and is detected. Various scenarios such as atmospheric turbulence, laser threats, camouflage, turbid or scattering conditions (underwater, fog, sand, etc.), all affect light propagation, detection and ultimately our ability to sense and image the world around us. In this talk, I will provide an overview of research at the US Naval Research Laboratory that utilize active imaging approaches to provide successful image reconstructions when the environment for collecting photons limits conventional approaches to imaging.