Expanding field-of-view for XR technology: 120-140 degrees

EyeJets introduces a novel optical technology, the multi-segment mirrors optical combiner, aimed at expanding the field of view (FOV) in XR systems to an unprecedented 120-140 degrees. The system employs proprietary multi-segment mirrors integrated into AR smart glasses to guide laser light from the light engine through a central pinhole onto the retina. This paper details the optical design, simulation results, experimental methods, and preliminary findings, demonstrating the continuity and functionality of projected images across adjacent segments. The successful implementation of this system marks a significant step forward in creating immersive and seamless XR experiences.

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Publication Details

Published
2025-01-23
DOI
https://doi.org/10.1117/12.3058408
Primary Topic
Augmented Reality Applications
Type
article
Field-Weighted Citation Impact
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article

Expanding field-of-view for XR technology: 120-140 degrees

Edward Strul, Joshua Gur, Marina P. Poliak, Mali Mansharof et al.
Augmented Reality Applications
article

Expanding field-of-view for XR technology: 120-140 degrees

Edward Strul, Joshua Gur, Marina P. Poliak, Mali Mansharof, Isaac Lipshitz
article en

Abstract

EyeJets introduces a novel optical technology, the multi-segment mirrors optical combiner, aimed at expanding the field of view (FOV) in XR systems to an unprecedented 120-140 degrees. The system employs proprietary multi-segment mirrors integrated into AR smart glasses to guide laser light from the light engine through a central pinhole onto the retina. This paper details the optical design, simulation results, experimental methods, and preliminary findings, demonstrating the continuity and functionality of projected images across adjacent segments. The successful implementation of this system marks a significant step forward in creating immersive and seamless XR experiences.

St John of Jerusalem Eye Hospital Group (IL)
Openalex Percentile: Top 99%
Augmented Reality Applications
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