NYCU Develops New Luminescent Material Inspired by Blue Tears, Applicable to 3D Image Display
A team from National Yang Ming Chiao Tung University (NYCU) has developed a non-toxic new luminescent material inspired by Matsu's 'Blue Tears.' This material emits blue fluorescence when compressed or stretched and is expected to be applied in optoelectronic displays, biomedical imaging sensors, and 3D image displays.
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- 📰 Published: May 6, 2026 at 11:18
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TAIPEI (Central News Agency reporter Hsu Chih-wei) — A team from National Yang Ming Chiao Tung University (NYCU), inspired by Matsu's 'Blue Tears,' has developed a non-toxic new luminescent material that emits blue fluorescence when compressed or stretched. This material is expected to be applied in optoelectronic displays, biomedical imaging sensors, and 3D image displays.
National Yang Ming Chiao Tung University announced today in a press release that Matsu's 'Blue Tears' attract a large number of tourists every year. Blue Tears are single-celled organisms that produce a fluorescent chemical reaction when stimulated by ocean waves. This special natural phenomenon became the inspiration for Associate Professor Li Ming-chia of NYCU's Department of Biological Science and Technology to develop new luminescent materials.
During testing of new materials, a graduate student in Associate Professor Li Ming-chia's laboratory unexpectedly discovered a transparent and soft silicone that emitted blue fluorescence when compressed or stretched, immediately reminding the team of Matsu's 'Blue Tears' by the sea.
The research team stated that this material overturns traditional luminescence methods, allowing silicone, which originally does not emit light, to glow blue when chemical molecules attract and gather together. This soft, flexible material with adjustable luminescence properties is expected to be applied in optoelectronic displays, biomedical imaging sensors, and wearable devices.
The "helical light" generated by this new material is also considered an important technology for promoting next-generation 3D image displays. Unlike existing 3D screens that require 3D glasses to present a stereoscopic effect, this material can directly emit rotating light, making images more three-dimensional and realistic. It also has the potential to reduce power consumption, making devices thinner and lighter, and providing a more natural visual experience.
NYCU and Professor Tomoyasu Hirai's team from Osaka Institute of Technology in Japan jointly completed this innovative research. The research results have been published in an international academic journal, bringing new possibilities for next-generation green display technology and biosensing applications. (Edited by Li Hengshan) 1150506
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National Yang Ming Chiao Tung University announced today in a press release that Matsu's 'Blue Tears' attract a large number of tourists every year. Blue Tears are single-celled organisms that produce a fluorescent chemical reaction when stimulated by ocean waves. This special natural phenomenon became the inspiration for Associate Professor Li Ming-chia of NYCU's Department of Biological Science and Technology to develop new luminescent materials.
During testing of new materials, a graduate student in Associate Professor Li Ming-chia's laboratory unexpectedly discovered a transparent and soft silicone that emitted blue fluorescence when compressed or stretched, immediately reminding the team of Matsu's 'Blue Tears' by the sea.
The research team stated that this material overturns traditional luminescence methods, allowing silicone, which originally does not emit light, to glow blue when chemical molecules attract and gather together. This soft, flexible material with adjustable luminescence properties is expected to be applied in optoelectronic displays, biomedical imaging sensors, and wearable devices.
The "helical light" generated by this new material is also considered an important technology for promoting next-generation 3D image displays. Unlike existing 3D screens that require 3D glasses to present a stereoscopic effect, this material can directly emit rotating light, making images more three-dimensional and realistic. It also has the potential to reduce power consumption, making devices thinner and lighter, and providing a more natural visual experience.
NYCU and Professor Tomoyasu Hirai's team from Osaka Institute of Technology in Japan jointly completed this innovative research. The research results have been published in an international academic journal, bringing new possibilities for next-generation green display technology and biosensing applications. (Edited by Li Hengshan) 1150506
Choose to stand with facts, every sponsorship you make is a force to protect press freedom.
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The text, images, and videos on this website may not be reproduced, publicly broadcast, or publicly transmitted and used without authorization.