My High School
Research Journey
Research Experience
Head Researcher at Korea International Science Biology Cooperative (February 2024~ Present)
Student Researcher at Kyunpook National University
(July 2023~ Present)
Awards
2024 European Union Contest for Young Scientists Finalist (Competing in Sep 2024)
Selected as one of the three projects representing Korea at the 2024 EU Contest for Young Scientists.
2023 Korea Science & Engineering Fair Silver Award
Placed within the top 20 projects nationally, and placed top 2 projects in the category of engineering.
2023 South Korean Activities Conference Science Fair 1st Place
2022 South Korean Activities Conference Science Fair 2nd Place
2021 School Science Fair 1st Place
My High School
Research Journey
Research Experience
Head Researcher at Korea International Science Biology Cooperative (February 2024~ Present)
Student Researcher at Kyunpook National University
(July 2023~ Present)
Awards
2024 European Union Contest for Young Scientists Finalist (Competing in Sep 2024)
Selected as one of the three projects representing Korea at the 2024 EU Contest for Young Scientists.
2023 Korea Science & Engineering Fair Silver Award
Placed within the top 20 projects nationally, and placed top 2 projects in the category of engineering.
2023 South Korean Activities Conference Science Fair 1st Place
2022 South Korean Activities Conference Science Fair 2nd Place
2021 School Science Fair 1st Place
My High School
Research Journey
Research Experience
Head Researcher at Korea International Science Biology Cooperative (February 2024~ Present)
Student Researcher at Kyunpook National University
(July 2023~ Present)
Awards
2024 European Union Contest for Young Scientists Finalist (Competing in Sep 2024)
Selected as one of the three projects representing Korea at the 2024 EU Contest for Young Scientists.
2023 Korea Science & Engineering Fair Silver Award
Placed within the top 20 projects nationally, and placed top 2 projects in the category of engineering.
2023 South Korean Activities Conference Science Fair 1st Place
2022 South Korean Activities Conference Science Fair 2nd Place
2021 School Science Fair 1st Place
My High School
Research Journey
Research Experience
Head Researcher at Korea International Science Biology Cooperative (February 2024~ Present)
Student Researcher at Kyunpook National University
(July 2023~ Present)
Awards
2024 European Union Contest for Young Scientists Finalist (Competing in Sep 2024)
Selected as one of the three projects representing Korea at the 2024 EU Contest for Young Scientists.
2023 Korea Science & Engineering Fair Silver Award
Placed within the top 20 projects nationally, and placed top 2 projects in the category of engineering.
2023 South Korean Activities Conference Science Fair 1st Place
2022 South Korean Activities Conference Science Fair 2nd Place
2021 School Science Fair 1st Place
My High School
Research Journey
Research Experience
Head Researcher at Korea International Science Biology Cooperative (February 2024~ Present)
Student Researcher at Kyunpook National University
(July 2023~ Present)
Awards
2024 European Union Contest for Young Scientists Finalist (Competing in Sep 2024)
Selected as one of the three projects representing Korea at the 2024 EU Contest for Young Scientists.
2023 Korea Science & Engineering Fair Silver Award
Placed within the top 20 projects nationally, and placed top 2 projects in the category of engineering.
2023 South Korean Activities Conference Science Fair 1st Place
2022 South Korean Activities Conference Science Fair 2nd Place
2021 School Science Fair 1st Place
SKAC Science Fair 2nd Place
Nov 2022
The Future of Optics: Liquid Lenses
Independently developed a prototype of a liquid crystalline lens, which is a next-generation optical technology where a conventional glass lens is replaced by a liquid lens that changes shape with electrical signals or pressure changes to alter the focal length and focus with ease.
European Union Contest for Young Scientists
Jan 2024
Novel Self-Rechargeable Thin-Film Supercapacitor that Adsorbs Carbon Dioxide
Independently developed a “novel self-rechargeable thin-film supercapacitor that adsorbs carbon dioxide,” which utilizes a relatively new renewable technology, moisture induced electricity generation, in the structure of a thin-film supercapacitor, where an electric double layer is spontaneously developed, to capture carbon dioxide as a by-product of electricity generation.
Korea Int'L Synthetic Biology Cooperative
Feb 2024
Designing a novel hydrogel patch that colorimetrically detects muscle activity and fatigue
A low-cost, freestanding, disposable, and non-invasive muscle fatigue detection patch is especially crucial for medical and sports applications. Current technology includes complex nano-engineered electronic patches, which are difficult to produce and relatively expensive. Herein, a novel patch fabricated in a relatively simple method, is presented.
SKAC Science Fair 2nd Place
Nov 2022
Independently developed a prototype of a liquid crystalline lens, which is a next-generation optical technology where a conventional glass lens is replaced by a liquid lens that changes shape with electrical signals or pressure changes to alter the focal length and focus with ease.
European Union Contest for Young Scientists
Jan 2024
Independently developed a “novel self-rechargeable thin-film supercapacitor that adsorbs carbon dioxide,” which utilizes a relatively new renewable technology, moisture induced electricity generation, in the structure of a thin-film supercapacitor, where an electric double layer is spontaneously developed, to capture carbon dioxide as a by-product of electricity generation.
Korea Int'L Synthetic Biology Cooperative
Feb 2024
Designing a novel hydrogel patch that colorimetrically detects muscle activity and fatigue
A low-cost, freestanding, disposable, and non-invasive muscle fatigue detection patch is especially crucial for medical and sports applications. Current technology includes complex nano-engineered electronic patches, which are difficult to produce and relatively expensive. Herein, a novel patch fabricated in a relatively simple method, is presented.
SKAC Science Fair 2nd Place
Nov 2022
Independently developed a prototype of a liquid crystalline lens, which is a next-generation optical technology where a conventional glass lens is replaced by a liquid lens that changes shape with electrical signals or pressure changes to alter the focal length and focus with ease.
European Union Contest for Young Scientists
Jan 2024
Independently developed a “novel self-rechargeable thin-film supercapacitor that adsorbs carbon dioxide,” which utilizes a relatively new renewable technology, moisture induced electricity generation, in the structure of a thin-film supercapacitor, where an electric double layer is spontaneously developed, to capture carbon dioxide as a by-product of electricity generation.
Korea Int'L Synthetic Biology Cooperative
Feb 2024
Designing a novel hydrogel patch that colorimetrically detects muscle activity and fatigue
A low-cost, freestanding, disposable, and non-invasive muscle fatigue detection patch is especially crucial for medical and sports applications. Current technology includes complex nano-engineered electronic patches, which are difficult to produce and relatively expensive. Herein, a novel patch fabricated in a relatively simple method, is presented.
SKAC Science Fair 2nd Place
Nov 2022
Independently developed a prototype of a liquid crystalline lens, which is a next-generation optical technology where a conventional glass lens is replaced by a liquid lens that changes shape with electrical signals or pressure changes to alter the focal length and focus with ease.
European Union Contest for Young Scientists
Jan 2024
Independently developed a “novel self-rechargeable thin-film supercapacitor that adsorbs carbon dioxide,” which utilizes a relatively new renewable technology, moisture induced electricity generation, in the structure of a thin-film supercapacitor, where an electric double layer is spontaneously developed, to capture carbon dioxide as a by-product of electricity generation.
Korea Int'L Synthetic Biology Cooperative
Feb 2024
Designing a novel hydrogel patch that colorimetrically detects muscle activity and fatigue
A low-cost, freestanding, disposable, and non-invasive muscle fatigue detection patch is especially crucial for medical and sports applications. Current technology includes complex nano-engineered electronic patches, which are difficult to produce and relatively expensive. Herein, a novel patch fabricated in a relatively simple method, is presented.
SKAC Science Fair 2nd Place
Nov 2022
Independently developed a prototype of a liquid crystalline lens, which is a next-generation optical technology where a conventional glass lens is replaced by a liquid lens that changes shape with electrical signals or pressure changes to alter the focal length and focus with ease.
European Union Contest for Young Scientists
Jan 2024
Independently developed a “novel self-rechargeable thin-film supercapacitor that adsorbs carbon dioxide,” which utilizes a relatively new renewable technology, moisture induced electricity generation, in the structure of a thin-film supercapacitor, where an electric double layer is spontaneously developed, to capture carbon dioxide as a by-product of electricity generation.
Korea Int'L Synthetic Biology Cooperative
Feb 2024
Designing a novel hydrogel patch that colorimetrically detects muscle activity and fatigue
A low-cost, freestanding, disposable, and non-invasive muscle fatigue detection patch is especially crucial for medical and sports applications. Current technology includes complex nano-engineered electronic patches, which are difficult to produce and relatively expensive. Herein, a novel patch fabricated in a relatively simple method, is presented.