Aug 2024
|
Our paper reporting maskless patterning for freeform electronics was published in Nature Communications.
|
From Nanomaterials to Tissue-Like Electronic Devices
Our research mainly focuses on ways to assemble multifunctional nanocomposites into intelligent soft electronic devices in customizable and scalable manners. Based on additive manufacturing and bottom-up approaches, we develop a variety of soft electronic devices with unprecedented form factors that affect the ways of signal/energy transfer. They include skin displays, soft robots, skin-integrated multimodal sensors, and skin-conformable thermoelectrics, which are, in turn, interfaced with machine learning for advanced human-electronics interfaces.
READ MORE
READ MORE
Recent Updates
Feb 2024
|
Our paper reporting highly conformable microelectronics was accepted for publication in Nature Electronics.
|
May 2023
|
Our paper reporting milliwatt-scale body-heat harvesting was accepted for publication in ACS Energy Letter.
|
Apr 2023
|
Our paper reporting omnidirectional printing of elastic conductors was published in Nature Electronics.
|
Jan 2023
|
Dr. Byeongmoon Lee won the Best Onsite Early Career Oral Presentation Award in 2022 MRS Fall Meeting & Exhibition supported by NSF.
|
Jun 2022
|
Our paper reviewing strain-engineered stretchable thin-film devices was published in Materials Horizons.
|
May 2022
|
Our paper reviewing stretchable hybrid electronics was published in Journal of Information Display.
|
Oct 2021
|
Dr. Byeongmoon Lee won the 25th Doyeon Academic Paper Award funded by the ISRC, SNU.
|
|
Sep 2021
|
Dr. Byeongmoon Lee won the Sejong Science Fellowship Grant funded by the NRF Korea.
|
|
Sep 2021
|
Our paper reporting conformable nanotube transistors was published in ACS Applied Materials & Interfaces.
|
Apr 2021
|
The News & Views article about recyclable electronics was published in Nature Electronics.
|
Nov 2020
|
Our paper about compliant thermoelectrics was published in Nature Communications.
|
Jan 2020
|
Our paper reporting ultraflexible pressure imaging skin was published in Nature Communications.
|