Holography is the only way that enables 3D Displays with real full depth information without any accommodation-convergence conflict. As light is more efficiently managed than in conventional backlit displays, compact and energy efficient holographic systems are highly attractive for direct view displays of any size, Head Mounted Displays (HMD) and Heads Up Displays (HUD).
SeeReal’s proprietary encoding method elegantly solves the difficulties which have inhibited the implementation of real-time holographic displays. It is based on the superimposition of multiple small Sub-Holograms (SH). Number, size and position of the SH are optimized for the visibility from a small Viewing Window (VW) covering the eye of the observer. This unique approach greatly reduces the necessary total pixel count and computation efforts and efficiently directs the emitted light towards the observer. Real-time tracking of the observer’s eye provides the actual VW position and allows observers to roam freely.
The talk will outline the basic concept and advantages of Sub-Hologram encoding and review the recent development of a “direct view” prototype based on a dedicated 14 inch phase modulating TFT Display. Furthermore, the benefits of using holography for any augmented and virtual reality applications will be discussed.
Hagen Stolle, SeeReal Technologies, CTO and General Manager
As CTO of SeeReal Technologies, Hagen Stolle is part of the company’s management group and is responsible for the company’s overall technology development. He joined SeeReal to lead development and manufacture of auto-stereoscopic displays, before later focus on holographic 3D technology. Before SeeReal he worked in various industries manufacturing and developing technology-driven products, ranging from physical media to lithium-ion batteries. During this time, he held positions as Director of Engineering and Director of Operations. Hagen Stolle received a Dipl.-Ing. degree in industrial engineering with a specialization in computer science from Chemnitz University of Technology in Germany.
Tobias Schuster received the Dipl.-Ing. and Dr.-Ing. degrees in electrical engineering from Technische Universität (TU) Dresden, Germany. He has been working at the Chair for High-Frequency Engineering, TU Dresden in the field of optical communication and sensors, focused on optical fibers, photonic crystals and plasmonic effects. Since 2016 he is with the R&D department of SeeReal Technologies. His research interests include computer generated holograms, spatial light modulators and holographic 3D image quality, e.g. speckle.