Virtual Reality and Augmented Vision
This theme program provides a gateway to learning about unique and long-standing optical and computational challenges for displays. Today’s devices are only at the beginning of a long journey; numerous future optical innovations could help us reach perceptually realistic images with devices that ultimately appear to be ordinary eyeglasses.
Learn about the newest VR/AV technologies, lessons learned in building practical systems and what specific applications appear to be the most promising.
Visionary Speaker
Hong Hua, Professor, James C. Wyant College of Optical Sciences, University of Arizona, USA
Talk Title: Historical and Future Perspectives of Virtual and Augmented Reality Systems
Invited Speakers
Wanli Chi, Meta, USA
High-efficiency LCOS Laser Projector with Holographic Beam Expander
Suyeon Choi, Stanford University, USA
Design of Holographic Display Systems Based on Artificial Intelligence
Daewook Kim, Wyant college of Optical Sciences, Univ. of Arizona, USA
Extreme Etendue Astronomical Cameras: Enabling the Big Data AI/ML Era
Yushin Kim, Brelyon, USA
Headset-less Multi-focal Immersive Display with AI Generated Content
Susana Marcos, Univ. of Rochester, USA
Portable and Wearable Visual Simulators of Eye Optical Corrections
Jae-Hyeung Park, Seoul National University, Korea
Optical See-through Holographic 3D Near Eye Display with Occlusion Support
Kehan Tian, Goertek Optical Technology Co, Ltd. China
Progress in High Peformance Large-FoV Diffractive Optical Waveguide Technology
Xuan Wang, Meta, USA
Peripheral Light Field Display for Wide FOV