15. Changmin Ahn, Junyong Choi, Daewon Suk, Hansuek Lee, Jungwon Kim* 

“Optical-to-microcomb stability transfer for ultrastable timing and microwave/mm- wave generation” 

_In Press

14. Daewon Suk, Minsung Kim, Duk-Yong Choi, Hansuek Lee*,

”On-chip microresonators based on chalcogenide glasses with ultra-high Q-factors through thermal

reflow method”,

 _In Press

13. Haneul Lee, Daewon Suk, Kiyoung Ko, Jaehoon Lee, Hyungyu Hong, Sungkun Hong, Hansuek Lee, 

"Suppression of Intrinsic Photoluminescence in Silica Microtoroid Resonators for Hybrid NV-center

integration" 

Opt. Lett. 51, 1891-1894 (2026) 

12. Changmin Ahn, Daewon Suk, Junyong Choi, Minsung Kim, Hansuek Lee, Jungwon Kim* 

“Preserving ultralow timing jitter in microcombs with repetition-rate multiplication via perfect soliton

crystal formation”

 _Accepted in Optica

11. Ziqi Wei, Daewon Suk, Changrui Liu, Changxi Yang, Hansuek Lee, and Chengying Bao*

"Kerr-induced Noise Quenching in Pulse Pumped Microcavity Solitons"

Phys. Rev. Lett. 136, 063801

10. Ziye Wang, Changmin Ahn, Jihoon Baek, Daewon Suk, Hansuek Lee, and Jungwon Kim*,

 “FPGA-Driven Soliton Locking for Reduced Manual Intervention in Microcombs”

 Journal of Lightwave Technology (2025)

9.   Daewon Suk†, Kiyoung Ko†, Jinkyu Kim, Sang-Hee Ko Park, Duk-yong Choi*, Hansuek Lee** 

“Analysis of Optical Properties of Thin Passivation Layers Using Ultra-High-Q Mid-IR Microresonators”,

 APL Mater. 13, 081102 (2025)

8.   [Highlighted as Editor's pick] Daewon Suk, Kiyoung Ko, Rongping Wang, Xunsi Wang, Duk-Yong Choi*,

Hansuek Lee**,

“Ultra-high-Q chalcogenide glass on-chip resonators attaining internal impurity-limited loss in the mid-

infrared”, 

Opt. Express 33, 32033-32040 (2025) ,  Featured on LinkedIn of Optica

7.  Kiyoung Ko†, Daewon Suk†, Dohyeong Kim, Soobong Park, Betul Sen, Dae-Gon Kim, Yingying Wang, 

Shixun Dai, Xunsi Wang, Rongping Wang, Byung Jae Chun, Kwang-Hoon Ko, Peter T. Rakich, Duk-Yong 

Choi*, Hansuek Lee**,

“A mid-infrared Brillouin laser using ultra-high Q on-chip resonator”,

Nat Commun 16, 2707 (2025).

6.  [Featured Article] Seong Cheol Lee†, Soobong Park†, Daewon Suk, Won Bae Cho, Kiyoung Ko, Duk-Yong 

Choi, Kwang-Hoon Ko, Hansuek Lee*, Fabian Rotermund**,

“On-chip mid-infrared dispersive wave generation tailored for molecular spectroscopy”,  

APL Photonics 9, 080802 (2024)

5.   Ziqi Wei, Zhaoyu Cai, Daewon Suk, Changxi Yang, Hansuek Lee, Chengying Bao*,

“Injection locked low noise chip-based silica soliton microwave oscillator”,

IEEE Journal of Selected Topics in Quantum Electronics, vol. 30, no. 5

4.   Yang, Hui, Changmin Ahn, Igju Jeon, Daewon Suk, Hansuek Lee, and Jungwon Kim*,

“Synchronization of a Silica Microcomb to a Mode-locked Laser with a Fractional Optoelectronic

Phase-locked Loop”, 

Curr. Opt. Photon. 7, 557-561 (2023)

3.   Joonhyuk Hwang†, Soobong Park†, Kiyoung Ko, Daewon Suk, Yong-Hee Lee, Duk-yong Choi, 

Fabian Rotermund, Kwang-hoon Ko*, and Hansuek Lee**,

“Quantitative gas molecular spectroscopy using chip-based supercontinuum in the mid-infrared”,  

Opt. Express 31, 35624-35631 (2023)

2.   InHwan Do, Daewon Suk, Dongin Jeong, Seokjoo Go, Kiyoung Ko, Hyun-Gue Hong, Dai-Hyuk Yu,

 JaeHoon Lee*, Hansuek Lee**, 

“Spontaneous soliton mode-locking of a microcomb assisted by Raman scattering”, 

Opt. Express 31, 29321-29330 (2023)

1.   [Highlighted as Editor's pick]  In Hwan Do, Dohyeong Kim, Dongin Jeong, Daewon Suk, Dohyeon Kwon, 

Jungwon Kim, JaeHoon Lee*, and Hansuek Lee**,

 “Self-stabilized soliton generation in a microresonator through mode-pulled Brillouin lasing”, 

Opt. Lett. 46, 1772-1775 (2021)

2. [KAIST] Electro-optical device, laser device, and electro-optical dual-comb generator for active control of dispersive wave, US20250060649A1, United States, 2025-02-20 

1 [KAIST] Apparatus and method for generating stable spectral optical frequency combs and solitons using Kerr-Raman nonlinearity, US20240204475A1, United States, 2024-06-20