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.

The string typically decomposes as follows in a laboratory or software versioning context: Byeom.123.1.var

: Research into hierarchical wrinkled structures that mimic metal-like conductivity in flexible materials. : Fabrication of 3D chiral microwrinkles for advanced

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

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

While "Byeom.123.1.var" does not appear as a standard identifier in public technical databases, the string structure strongly aligns with the research output of and his research group at Hanyang University.

Based on the naming conventions in his published work on advanced materials—specifically stretchable lithium-metal batteries and chiral metamaterials —this identifier likely refers to a specific experimental variant within his lab's documentation. Likely Technical Breakdown