Novel microLED technology shows RGB capabilities in a single materials system, suggesting enhancements for displays.
An innovative microLED technology based on a novel bottom‐up growth technique is demonstrated. The novel technology allows for overcoming main fundamental limitations hindering further development of microLEDs. The technology allows for RGB emission within a single materials system (InGaN/GaN). Blue and green emissions have earlier been demonstrated, but now also a red emission peaking at 635nm is realized. The technology is suited for hybridization with extremely high accuracy, using a cold‐bonding flip‐chip method. MicroLED technology based on the pyramidal architecture is promising for manufacturing of micro displays for applications such as Head‐Mounted‐Displays (HMDs) and Head‐Up‐Displays (HUDs).
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Martinovic et al. (2025) studied this question.
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