Latest News
NEWS
Adjust the direction of heat radiation!
Professor Kim Sun-Kyung's research team has designed a structure that makes thermal radiation disappear from the front and only visible from the side. This innovation enables controlled thermal radiation for efficient radiative cooling.
It offers a promising solution for addressing the escalating energy demands in cooling due to global warming. With the ability to lower temperatures without external power, this technology can be implemented in compact and lightweight heat dissipation systems.
NEWS
Participate in SPIE optics + photonics
Professor Kim Sun-Kyung's research team participated in the SPIE conference session and poster presentation.
Participating in the SPIE conference can be an important experience for experts in optics and photonics to understand the latest research trends and gain opportunities for collaboration and career development through networking.
NEWS
Participate in M.R.S ..
A research team led by Professor Kim Sun-kyung of the Department of Applied Physics designed a thermal radiation structure that disappeared from the front and could only be seen from the side.
The entire audience applauded Seo Seok-beom for his effective verbal exposition of the current laboratory experiment. Kim Young-bin also presented a poster that provided a thorough explanation of his research to the audience.
Introduction
Welcome to NPL!
Welcome to the Nanophotonics Lab of Professor Kim Sun-kyung, Department of Applied Physics, Kyung Hee University. Our group is studying the interaction of photons with nanomaterials and nanostructures for developing nanoscale functioning optoelectronic devices such as:
◐Nanowire photovoltaics/photodetectors
◐ High-Efficiency LED/OLED for lighting applications
◐ Metal-based transparent electrodes
◐ Radiative cooling
◐ Metamaterials and metafilms
◐ Mid-IR plasmonics
Please contact us at any time if you are interested in our Nano Photonics Lab!
Research
Welcome to our laboratory, where we specialize in the exciting field of optical-related nanophonics. Our research encompasses the entire experiment process, including the manufacturing, measurement, and simulation of samples that interact with light at the nanoscale.
Through our cutting-edge manufacturing process, we produce samples of various scales, ranging from nanometers to micrometers, with a particular focus on creating samples that exhibit unique optical properties and interactions. Our measurement process is a critical component of our work, as it allows us to verify the characteristics and reliability of our samples in real-world conditions. Finally, our simulation process enables us to optimize the manufacturing process and conduct secondary reliability verification by matching our results with data obtained from our measurements.
Our lab is dedicated to advancing the field of optical-related nanophonics through rigorous research and experimentation, with the ultimate goal of developing innovative optical devices and systems that have the potential to transform the way we interact with light at the nanoscale.
Through our cutting-edge manufacturing process, we produce samples of various scales, ranging from nanometers to micrometers, with a particular focus on creating samples that exhibit unique optical properties and interactions. Our measurement process is a critical component of our work, as it allows us to verify the characteristics and reliability of our samples in real-world conditions. Finally, our simulation process enables us to optimize the manufacturing process and conduct secondary reliability verification by matching our results with data obtained from our measurements.
Our lab is dedicated to advancing the field of optical-related nanophonics through rigorous research and experimentation, with the ultimate goal of developing innovative optical devices and systems that have the potential to transform the way we interact with light at the nanoscale.
Measurement
Simulation
Manufacturing
C O N T A C T U S
(031) 201-3883
주소 : 경기도 용인시 기흥구 덕영대로 1732