PUBLICATIONS
For the most updated publication list: Google Scholar
("*" indicates corresbonding author. "1" indicates equal contribution.)
Selected publications
J W Kwak1, M Han1, Z Xie, H U Chung, J Y Lee, R Avila, J Yohay, X Chen, C Liang, M Patel, L Tran, I Jung, J Kim, M Namkoong, K Kwon, D Ryu, D H Kim, S Madhavathy, C Liu, D S Yang, Y S Park, R Caldwell, A Banks, S Xu, Y Huang, S Fatone, J A Rogers*. “Wireless sensors for continuous, multimodal measurements at the skin interface with lower limb prostheses,” Science Translational Medicine (2020)
Z Nie¹, J W Kwak¹, M Han*, J A Rogers*. “Mechanically active materials and devices for bio-interfaced pressure sensors – a review”, Advanced Materials (2022)
C K Franz, N Murthy, G Malik, J W Kwak, D D’Andrea, A Wolfe, E Farr, M Stearns, S Deshmukh, J Tavee, F Sun, K Swong, L Rydberg, J R Cotton, L Wolfe, J Walter, J Coleman, J A Rogers. “The distribution of acquired peripheral nerve injuries associated with severe COVID-19 implicate a mechanism of entrapment neuropathy: a multicenter case series and clinical feasibility study of a wearable, wireless pressure sensor,” Journal of NeuroEngineering and Rehabilitation (2022)
Y Park1, K Kwon1, S S Kwak1, D S Yang1, J W Kwak1, H Luan, T S Chung, K S Chun, J U Kim, H Jang, H Ryu, H Jeong, S M Won, Y J Kang, M Zhang, D Pontes, B R Kampmeier, S H Seo, J Zhao, I Jung, Y Huang, S Xu*, J A Rogers*. “Wireless, skin-interfaced sensors for compression therapy,” Science Advances (2020)
M Han, J W Kwak, J A Rogers*. “Soft sign language interpreter on your skin,” Matter (2020)
2022
[20] N U Rajesh, I Coates, M Driskill, M T Dulay, K Hsiao, D Ilyin, G B Jacobson, J W Kwak, M Lawrence, J Perry, C O Shea, S Tian, J M DeSimone*. “3D-printed microarray patches for transdermal applications,” JACS Au (2022)
[19] C K Franz, N Murthy, G Malik, J W Kwak, D D’Andrea, A Wolfe, E Farr, M Stearns, S Deshmukh, J Tavee, F Sun, K Swong, L Rydberg, J R Cotton, L Wolfe, J Walter, J Coleman, J A Rogers. “The distribution of acquired peripheral nerve injuries associated with severe COVID-19 implicate a mechanism of entrapment neuropathy: a multicenter case series and clinical feasibility study of a wearable, wireless pressure sensor,” Journal of NeuroEngineering and Rehabilitation (2022)
[18] X Ni1, H Luan1, J-T Kim1, S Rogge, Y Bai, J W Kwak, S Liu, D S Yang, S Li, S Li, Z Li, Y Zhang, C Wu, X Ni*, Y Huang*, H Wang*, J A Rogers*, “Soft shape-programmable surfaces by fast electromagnetic actuation of liquid metal networks,” Nature Communications (2022)
[17] Z Nie¹, J W Kwak¹, M Han*, J A Rogers*. “Mechanically active materials and devices for bio-interfaced pressure sensors – a review,” Advanced Materials (2022)
[16] M Han1, X Guo1, X Chen1, C Liang, H Zhao, Q Zhang, W Bai, F Zhang, H Wei, C Wu, Q Cui, S Yao, B Sun, Y Yang, Q Yang, Y Ma, Z Xue, J W Kwak, T Jin, Q Tu, E Song, Z Tian, Y Mei, D Fang, H Zhang, Y Huang*, Y Zhang*, J A Rogers*. “Submillimeter-scale multimaterial terrestrial robots,” Science Robotics (2022)
2021
[15] H Luan, Q Zhang, T-L Liu, X Wang, S Zhao, H Wang, S Yao, Y Xue, J W Kwak, W Bai, Y Xu, M Han, K Li, Z Li, X Ni, J Ye, D Choi, Q Yang, J-H Kim, S Li, S Chen, C Wu, D Lu, J-K Chang, Z Xie, Y Huang*, J A Rogers*. “Complex 3D microfluidic architectures formed by mechanically guided compressive buckling,” Science Advances (2021) – Cover Feature Image
[14] C Liu1, J‐T Kim1, S S Kwak1, A Hourlier‐Fargette, R Avila, J Vogl, A Tzavelis, H U Chung, J Y Lee, D H Kim, D Ryu, K B Fields, J L Ciatti, S Li, M Irie, A Bradley, A Shukla, J Chavez, E C Dunne, S S Kim, J Kim, J B Park, H H Jo, J Kim, M C Johnson, J W Kwak, S R Madhvapathy, S Xu, C M Rand, L E Marsillio, S J Hong, Y Huang, D E Weese‐Mayer, J A Rogers. “Wireless, skin‐interfaced devices for pediatric critical care: application to continuous, noninvasive blood pressure monitoring,” Advanced Healthcare Materials (2021) – Cover Feature Image
[13] K Kwon1, H Wang1, J Lim, K S Chun, H Jang, I Yoo, D Wu, A J Chen, C G Gu, L Lipschultz, J Uk Kim, J Kim, H Jeong, H Luan, Y Park, C-J Su, Y Ishida, S R Madhvapathy, A Ikoma, J W Kwak, A Banks, S Xu, Y Huang, J-K Chang*, J A Rogers*, “Wireless, soft electronics for rapid, multisensor measurements of hydration levels in healthy and diseased skin,” Proceedings of the National Academy of Sciences (2021)
2020
[12] J W Kwak1, M Han1, Z Xie, H U Chung, J Y Lee, R Avila, J Yohay, X Chen, C Liang, M Patel, L Tran, I Jung, J Kim, M Namkoong, K Kwon, D Ryu, D H Kim, S Madhavathy, C Liu, D S Yang, Y S Park, R Caldwell, A Banks, S Xu, Y Huang, S Fatone, J A Rogers*. “Wireless sensors for continuous, multimodal measurements at the skin interface with lower limb prostheses,” Science Translational Medicine (2020)
[11] Y Park1, K Kwon1, S S Kwak1, D S Yang1, J W Kwak1, H Luan, T S Chung, K S Chun, J U Kim, H Jang, H Ryu, H Jeong, S M Won, Y J Kang, M Zhang, D Pontes, B R Kampmeier, S H Seo, J Zhao, I Jung, Y Huang, S Xu*, J A Rogers*. “Wireless, skin-interfaced sensors for compression therapy,” Science Advances (2020)
[10] M Han, J W Kwak, J A Rogers*. “Soft sign language interpreter on your skin,” Matter (2020)
[9] H U Chung1, A Y Rwei1, A Hourlier-Fargette1, S Xu1, K Lee, E C Dunne, Z Xie, C Liu, A Carlini, D H Kim, D Ryu, E Kulikova, J Cao, I C Odland, K B Fields, B Hopkins, A Banks, C Ogle, D Grande, J B Park, J Kim, M Irie, H Jang, J Lee, Y Park, J Kim, H H Jo, H Hahm, R Avila, Y Xu, M Namkoong, J W Kwak, E Suen, M A Paulus, R J Kim, B V Parsons, K A Human, S S Kim, M Patel, W Reuther, H S Kim, S H Lee, J D Leedle, Y Yun, S Rigali, T Son, I Jung, H Arafa, V R Soundararajan, A Ollech, A Shukla, A Bradley, M Schau, C M Rand, L E Marsillio, Z L Harris, Y Huang, A Hamvas, A S Paller, D E Weese-Mayer*, J Y Lee*, J A Rogers*. “Skin-interfaced biosensors for advanced wireless physiological monitoring in neonatal and pediatric intensive-care units,” Nature Medicine (2020)
2018 ~ 2019
[8] H U Chung1, B H Kim1, J Y Lee1, J Lee1, Z Xie1, E M Ibler, K Lee, A Banks, J Y Jeong, J Kim, C Ogle, D Grande, Y Yu, H Jang, P Assem, D Ryu, J W Kwak, M Namkoong, J B Park, Y Lee, D H Kim, A Ryu, J Jeong, K You, B Ji, Z Liu, Q Huo, X Feng, K-I Jang, J Kim, Y Zhang, R Ghaffari, C M Rand, M Schau, A Hamvas, D E Weese-Mayer, Y Huang, S Lee, C H Lee, N R Shanbhag, A S Paller*, S Xu*, J A Rogers*. “Dual wireless epidermal electronic systems with in-sensor analytics for vital signs monitoring in the neonatal intensive care unit,” Science (2019)
[7] S Y Heo1, J Kim1, P Gutruf, A Banks, P Wei, R Pielak, G Balooch, Y Shi, H Araki, D Rollo, C Gaede, M Patel, J W Kwak, A E Peña-Alcántara, K-T Lee, Y Yun, J K Robinson, S Xu*, J A Rogers*. “Wireless, battery-free, miniaturized dosimeters for monitoring exposure to solar radiation,” Science Translational Medicine (2018)
2015 ~ 2017
[6] Y K Lee, J Kim, Y Kim, J W Kwak, Y Yoon, J A Rogers*. “Room temperature electrochemical sintering of Zn microparticles and its use in printable conducting inks for bioresorbable electronics,” Advanced Materials (2017)
[5] K-I Jang1, K Li1, H U Chung1, S Xu, H N Jung, Y Yang, J W Kwak, H H Jung, J Song, Ce Yang, Ao Wang, Zhuangjian Liu, J Y Lee, B H Kim, J-H Kim, J Lee, Y Yu, B J Kim, H Jang, K J Yu, J Kim, J W Lee, J-W Jeong, Y M Song, Y Huang*, Y Zhang*, J A Rogers*. “Self-assembled three dimensional network designs for soft electronics,” Nature Communications (2017)
[4] Y K Lee1, K‐I Jang1, Y Ma1, A Koh1, H Chen, H N Jung, Y Kim, J W Kwak, L Wang, Y Xue, Y Yang, W Tian, Y Jiang, Y Zhang, X Feng, Y Huang, J A Rogers*. “Chemical sensing systems that utilize soft electronics on thin elastomeric substrates with open cellular designs,” Advanced Functional Materials (2017)
[3] K-I Jang1, H N Jung1, J W Lee, S Xu, Y H Liu, Y Ma, J-W Jeong, Y M Song, J Kim, B H Kim, A Banks, J W Kwak, Y Yang, Z Wei, X Feng, Y Huang, R Ghaffari, J A Rogers*. “Ferromagnetic, folded electrode composite as a soft interface to the skin for long‐term electrophysiological recording,” Advanced Functional Materials (2016) – Cover Feature Image
[2] Y Ma1, K‐I Jang1, L Wang, H N Jung, J W Kwak, Y Xue, H Chen, Y Yang, D Shi, X Feng, J A Rogers*, Y Huang*. “Design of strain‐limiting substrate materials for stretchable and flexible electronics,” Advanced Functional Materials (2016)
[1] K-I Jang, H U Chung, S Xu, C H Lee, H Luan, J Jeong, H Cheng, G-T Kim, S Y Han, J W Lee, J Kim, M Cho, F Miao, Y Yang, H N Jung, M Flavin, H Liu, G W Kong, K J Yu, S I Rhee, J Chung, B Kim, J W Kwak, M H Yun, J Y Kim, Y M Song, U Paik, Y Zhang*, Y Huang*, J A Rogers*. “Soft network composite materials with deterministic and bio-inspired designs,” Nature Communication (2015)