: Development of Li-GCMMF electrodes which use graphene/CNT/MXene frameworks to allow lithium-metal batteries to stretch without losing performance.

If this identifier is related to the Yeom Group's most recent work, it likely pertains to one of these fields:

: Fabrication of 3D chiral microwrinkles for advanced sensing and optical devices.

: Attributed to the principal investigator, Bongjun Yeom , whose email identifier is byeom@hanyang.ac.kr.

Byeom.123.1.var Apr 2026

: Development of Li-GCMMF electrodes which use graphene/CNT/MXene frameworks to allow lithium-metal batteries to stretch without losing performance.

If this identifier is related to the Yeom Group's most recent work, it likely pertains to one of these fields: Byeom.123.1.var

: Fabrication of 3D chiral microwrinkles for advanced sensing and optical devices. whose email identifier is byeom@hanyang.ac.kr.

: Attributed to the principal investigator, Bongjun Yeom , whose email identifier is byeom@hanyang.ac.kr. Byeom.123.1.var