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Cheng-Ta Mu, Sze-Han Tseng, Cheng-Huan Chen

|December 31, 2020

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Researchers developed a novel see-through holographic display by integrating the holographic device and combiner. Partial holograms offer high image quality and excellent transparency for augmented reality applications.

Area of Science:

Optics
Display Technology
Augmented Reality

Background:

Holographic displays project images outside the device plane, ideal for augmented reality (AR).
Traditional AR holographic displays use a combiner to merge display images with the real world.
Integrating the holographic device and combiner offers a streamlined approach.

Purpose of the Study:

To propose and demonstrate a novel see-through holographic display.
To investigate the concept of partial holograms for maintaining see-through quality.
To optimize partial hologram distribution for image quality.

Main Methods:

Concept development of a combined holographic device and combiner.
Introduction and theoretical investigation of partial holograms.

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Design and fabrication of a passive computer-generated hologram (CGH) with two phase levels.

Main Results:

An evenly distributed partial hologram provides optimal image quality for a fixed holographic area percentage.
The fabricated CGH, using 25% of the area for partial holograms, achieved 90.9% total transmission and 72.2% parallel transmission.
The device demonstrated high see-through quality alongside a clear holographic image.

Conclusions:

The proposed see-through holographic display effectively merges holographic imagery with real-world views.
Partial holograms are crucial for balancing holographic performance and transparency.
This technology holds promise for advanced AR applications requiring seamless integration.