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Top related persons:
Lee Seok Woo - 2 Let's - 1 NESSA ANWAR - 1 LEE SEOK WOO - 1 Lee's - 1 . LEE - 1 LEE - 1 Li Zongkang - 1
Top related locs:
Singapore Nanyang
Top related orgs:
Nanyang Technological University's - 2 of Electrical - 2 Electronic Engineering - 1 CNBC - 1 Electronical Engineering - 1

Search resuls for: "Lee Seok Woo"


2 mentions found


☆ The super-thin battery that could power smart contact lenses
  + stars: | 2024-06-06 | by ( Nessa Anwar | ) www.cnbc.com   time to read: +5 min
For over a decade, companies around the world have attempted to create smart contact lenses, but they never got down to incorporating electronic components to make a safe battery. LEE SEOK WOO: So, when I decided to work on contact lenses and the power supply to the smart contact lens, I was concerned about the safety because the lithium-ion battery has the issue of the explosion or catching fire. Unlike traditional contact lenses, smart contacts have the potential to do more than just correcting the users' eyesight. So, it might be hard to implant all the devices into one smart contact lens. And of course, the technology needs to be patented first before these smart contact lenses become a reality.
Persons: Let's, Lee Seok Woo, NESSA ANWAR, LEE SEOK WOO, Lee's, . LEE, LEE, Li Zongkang, LI Organizations: Nanyang Technological University's, of Electrical, Electronic Engineering, CNBC Locations: Singapore
☆ Scientists develop ultra-thin battery for smart contact lenses that could be charged by tears
  + stars: | 2024-06-06 | by ( Nessa Anwar | ) www.cnbc.com   time to read: +1 min
Scientist Lee Seok Woo said a scene from a "Mission Impossible" movie inspired his latest invention: batteries for smart contact lenses. In the fourth film of the series, an agent wears contact lenses capable of facial recognition and eye tracking. "I was thinking, 'How can I work in this field of smart contact lenses?'" He realized smart contact lenses would need safe and compact batteries, which would be crucial for advancing development of these devices. Contact lenses themselves are extremely thin, at 0.5 mm, thus the size and flexibility of these batteries are key to preventing user discomfort.
Persons: Lee Seok Woo, Lee, CNBC's Organizations: Nanyang Technological University's, of Electrical, Electronical Engineering Locations: Nanyang
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