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전고체전지 양극활물질 및 상온초전도성 물질 4종 개발
현성티엔씨는 전고체전지용 양극활물질을 개발하던 중, 상온초전도성을 갖는 새로운 물질 4종을 개발했다.

(주)현성티엔씨 세계최초 상온·상압 초전도물질 발견
현성티엔씨가 세계 최초 상온·상압 초전도물질을 발견했다는 소식이 전해진 가운데

현성티엔씨, 37°C 에서 초전도 전이 현상 확인
소재 연구 기업 '현성티엔씨(HYUNSUNGTNC)'가 37°C에서 초전도 전이 현상을 확인했다고 발표했다.

SEC Theory Patent Filed ( No 10-2025-0062523)
현성티엔씨는 고온 초전도체의 복합적인 양자 현상을 설명할 수 있는 새로운 이론 모델인 SEC 이론 (Superconducting Electron Crystal Theory)**에 대해 특허 출원을 완료하였습니다.


Hyunsung TNC Files PCT Application for MEL-Theory-Based Superconductor Modeling
Hyunsung TNC has completed the PCT international patent application (PCT/KR2025/019735) for its proprietary MEL (Modulated Electron Lattice) theory, a new framework for modeling high- and ambient-temperature superconductors.This filing formally protects the theoretical structure of MEL and the methods used to design superconducting materials based on its principles. MEL theory introduces a novel approach that explains superconducting behavior through periodic modulation of el
Nov 27, 2025


Berkeley Research Team Signs Agreement to Experimentally Verify the MEL Theory
Hyunsung TNC Co., Ltd. announced that on September 28, 2025 , it officially signed an agreement with an independent research team at the University of California, Berkeley to experimentally verify t he MEL (Modulated Electron Lattice) Theory . This international joint research project aims to validate the existence of the modulated coherent coupling structure proposed by the MEL Theory using advanced precision instrumentation. It marks the first instance in Korea where a h
Nov 6, 2025


What Is the MEL (Modulated Electron Lattice) Theory?
(Patent Application No. 10-2025-0126558) Hyunsung TNC has developed a new theoretical framework that transcends the limits of traditional superconductivity models, an upgraded evolution of the SEC…
Nov 6, 2025



Patent CTLA Deposition (Patent No. 10-2523480)
(Illustrative rendering.) Hyunsung TNC’s Circular Target Laser Ablation (CTLA) technology is an innovative deposition method that fundamentally differs from conventional techniques…
Mar 1, 2025


Patent for Room-Temperature Superconductor Material and Manufacturing Method (No. 10-2359995)
(Illustrative rendering, not experimental data.) This patent discloses a novel superconducting material that exhibits superconductivity at or near…
Mar 1, 2025
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