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Duck-young Kim

Yonsei University

About the Lab

Professor Duck-young Kim's research lab specializes in advanced optical and microwave engineering, with a focus on developing innovative measurement techniques and high-frequency electronic systems. The lab conducts cutting-edge research in fluorescence lifetime imaging for biological applications, particularly in monitoring lipid metabolism in live cells, and in millimeter-wave power amplifier design for high-speed wireless communication systems. Additionally, the lab pioneers novel methods for characterizing multimode optical fibers using amplified spontaneous emission, enabling precise bandwidth measurements critical for next-generation optical networks. These interdisciplinary efforts bridge biomedical imaging, microwave engineering, and optical fiber technology.

fluorescence lifetime imagingmillimeter-wave PAoptical fiber characterizationmultimode fiberbiomedical imaging

Research Overview

Papers
5
Total Citations
3
Papers (5y)
5
Primary Field

Research Output Trend

Figures are computed from collected data and may differ slightly.

Publications per year (5y)
5total
2002
2007
2014
2015
2022
Citations per year (5y)
3total
20022007201420152022

Selected Papers

5
1
Article|2 citations·2015
Time-lapse in situ fluorescence lifetime imaging of lipid droplets in differentiating 3T3-L1 preadipocytes with Nile Red
송영식, 원영재, 김덕영

To study the mechanisms of and conditions for adipogenesis, an accurate in situ observation tool is necessary to monitor the quantity of intracellular neutral lipids in differentiating preadipocytes. Although conventional fluorescence intensity imaging is a powerful tool for observing the formation and growth of an individual lipid droplet, it suffers from photobleaching and ambiguous autofluorescence or background signals from cells. In this paper, we present a fluorescence lifetime imaging mic

2
Article|1 citations·2007
느린 보행 속도에 의한 보행 변화
김덕용, 박창일, 최용석, 문자영, 임종엽, 김덕영, 이돈신
3
Article|0 citations·2002
대뇌피질하 뇌병변에 의한 반구내 기능저하
김덕용, 박창일, 최용석, 장용원, 문자영, 김덕영
4
Article|0 citations·2014
Measurement of Multimode Fiber Bandwidth by the Fourth-Order Spectra of Amplified Spontaneous Emission
문석배, 김덕영

We present a novel bandwidth measurement scheme for multimode optical fibers. Amplified spontaneous emission (ASE) radiation was utilized for a source of intrinsically modulated light with a wide modulation bandwidth. In our measurement scheme, the continuous-wave (CW) ASE light that passed through a multimode fiber (MMF) under test was analyzed by the fourth-order power with a high-speed photodetector and an electric spectrum analyzer. The modulation transfer function of the multimode fiber cou

5
Article|0 citations·2022
Analysis of Millimeter-Wave Power Amplifier Using Cascode Structure
김덕영

This paper illustrates a power amplifier design methodology used in the millimeter-wave and analyzes design issues at millimeter-wave band. The designed millimeter-wave band power amplifier is implemented in 3 stages cascade. The power amplifier consists of a drive stage using cascode and power stage to which neutralization technique is applied. we analyze how to verify the parasitic effects in the millimeter-wave band on the cascode structure of the drive stage through pre-layout and post layou

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