Who is the Representative Director of IntraPhoton Co., Ltd.?

The Representative Director of IntraPhoton Co., Ltd. is Toshihiko Honkura.

Where is the headquarters of IntraPhoton Co., Ltd. located?

The headquarters of the company is located in Kusatsu City, Shiga Prefecture.

What is the size of the tiny display that will fit within the frame of everyday glasses in the envisioned future?

The tiny display that fits within the frame is only two to three millimeters in size.

What technology was used to overcome the challenge of decreasing efficiency in miniaturized red LEDs?

The challenge was overcome using GaN:Eu technology, a research achievement by Professor Yasufumi Fujiwara of Ritsumeikan University.

What is the micrometer level light-emitting element required to realize the envisioned smart glasses?

The required light-emitting element is the micro-LED, which is at the micrometer level (one-thousandth of a millimeter).

AI News NQ Analysis

After Smartphones, It's the "World Before Your Eyes": Smart Glasses Indistinguishable from Reality

NQ Score 100/100

AI Summary (NQ-processed)

IntraPhoton aims to realize smart glasses that offer VR/AR experiences so realistic they are indistinguishable from reality, overcoming technical challenges with micro-LEDs and GaN:Eu technology.

AI analysis data is not yet available.

Frequently Asked Questions

Q: Who is the Representative Director of IntraPhoton Co., Ltd.?: A: The Representative Director of IntraPhoton Co., Ltd. is Toshihiko Honkura.
Q: Where is the headquarters of IntraPhoton Co., Ltd. located?: A: The headquarters of the company is located in Kusatsu City, Shiga Prefecture.
Q: What is the size of the tiny display that will fit within the frame of everyday glasses in the envisioned future?: A: The tiny display that fits within the frame is only two to three millimeters in size.
Q: What technology was used to overcome the challenge of decreasing efficiency in miniaturized red LEDs?: A: The challenge was overcome using GaN:Eu technology, a research achievement by Professor Yasufumi Fujiwara of Ritsumeikan University.
Q: What is the micrometer level light-emitting element required to realize the envisioned smart glasses?: A: The required light-emitting element is the micro-LED, which is at the micrometer level (one-thousandth of a millimeter).