"We make Room Temperature Superconductors"

World's first superconductivity platform company powered by AI for material design and productionn

AI-Driven Superconductivity Platform

Hyunsung TNC is not merely developing superconductors. We have independently created the world's first high and room temperature superconductivity theory, MEL(Modulated Electron Lattice) Theory.

Based on this theoretical framework, the company is developing SuperMatics, an AI-powered superconductor design solution that enables everything from optimal material design to production.

With this approach, Hyunsung TNC is building the world's first theory-based, AI driven superconductivity platform company.

Proven by Theory

Hyunsung TNC has independently developed the MEL Theory, formulating—for the first time in the world— a theoretical framework that explains the formation mechanism of room-temperature superconductors, which conventional BCS theory could not address. This theory has been rigorously validated and experimentally verified.

Proven by Experiment

We confirmed a superconducting transition temperature and meissner effect at 37.1°C, providing a potential experimental evidence for the existence of room-temperature superconductivity.

Engineered for Production

We are preparing for commercialization through our proprietary CTLA (Circular Target Laser Ablation) process, which enables high-precision fabrication of superconducting thin films. We will make strong R&D efforts for commercialization in order to be used in industry as soon as possible.

Protected by Patents

We have secured patents and registration for our its Cd-based room temperature superconductor candidate materials and CTLA equipment technolog. In addition, we have filed foundational patents for MEL Theory, the mechanism for high and room temperature superconductivity, and SuperMatics, our AI-driven superconductor composition design solution.

Building on these technology advantages, market leadership and application potential, we are continuing to expand our patent portfolio globally.

News · Resources

Check out the latest news from Hyunsung TNC.

“A MEL Criterion for Metallic Superconductivity” on ArXiv

A New Theoretical Criterion to Pre-Screen Superconducting Metals Hyunsung TNC has published a research paper on arXiv proposing a new theoretical criterion that enables the pre-experimental determination of whether a metal can become superconducting. Title: A Modulated Electron Lattice (MEL) Criterion for Metallic Superconductivity arXiv ID: 2601.14500v1 Publication Date: January 22, 2026 Link: https://arxiv.org/abs/2601.14500 Co-authors: Researchers from University of Califo

AI-Powered Superconductor Design PlatformSuperMatics™ — Core Patent Application Completed!

Hyunsung TNC Co., Ltd. has officially filed a patent on December 19, 2025, for its core technology applied to the company’s AI-based superconductor design platform SuperMatics™.The patent, titled “Superconductor Composition Design Algorithm Based on the Modulated Electronic Lattice (MEL) Model” (Application No. 10-2025-0204191) , represents a significant milestone in the evolution of superconductor development. This patent application marks a turning point in the field, shift

Hyunsung TNC’s MEL Theory Published on arXiv as a Preprint – Theoretical Consistency Independently Reviewed by UC Berkeley Team

Hyunsung TNC is pleased to announce that our core superconductivity framework, theModulated Electron Lattice (MEL) Theory, has been published on arXiv in preprint form under the identifier: arXiv:2512.03368“Short-Range Modulated Electron Lattice and d-Wave Superconductivity in Cuprates:A Phenomenological Ginzburg–Landau Framework” This preprint represents the first public disclosure of the MEL theoretical framework.Importantly, the theoretical structure presented in the manu

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

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

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 Theory, called the MEL (Modulated Electron Lattice) Theory . The company is now accelerating advanced research to refine and apply this model toward the next generation of high- and ambient-temperature superconductors. The MEL Theory explains that electrons inside a material do n

2 3

AI Driven Superconductivity Technology
driving the next industrial revolution

Hyunsung TNC is emerging as a next-generation superconductivity platform company, integrating a theory, AI driven composition design, experimental validation and production.
We look forward to partnering with leaders across industries to shape the coming technological transformation together.

Go to Technology

Competitive Advantages

18+

Years of Development

Patents Issued and Filed

13+

Expert Advisory Group

Academic,Research Partners

Leading Industry Partners

"We make Room Temperature Superconductors"

World's first superconductivity platform company powered by AI for material design and productionn

AI-Driven Superconductivity Platform

News · Resources

Check out the latest news from Hyunsung TNC.

“A MEL Criterion for Metallic Superconductivity” on ArXiv

AI-Powered Superconductor Design PlatformSuperMatics™ — Core Patent Application Completed!

Hyunsung TNC’s MEL Theory Published on arXiv as a Preprint – Theoretical Consistency Independently Reviewed by UC Berkeley Team

Hyunsung TNC Files PCT Application for MEL-Theory-Based Superconductor Modeling

Berkeley Research Team Signs Agreement to Experimentally Verify the MEL Theory

What Is the MEL Modulated Electron Lattice) Theory ?

AI Driven Superconductivity Technology
driving the next industrial revolution

Hyunsung TNC is emerging as a next-generation superconductivity platform company, integrating a theory, AI driven composition design, experimental validation and production.
We look forward to partnering with leaders across industries to shape the coming technological transformation together.

Competitive Advantages

Inquiries & Partnerships

Thank you for visiting our website. For any inquiries about our technologies, products, or partnerships, feel free to contact us.

E-mail · Phone

Hyunsung TNC

"We make Room Temperature Superconductors"

World's first superconductivity platform company powered by AI for material design and productionn

AI-Driven Superconductivity Platform

News · Resources

Check out the latest news from Hyunsung TNC.

“A MEL Criterion for Metallic Superconductivity” on ArXiv

AI-Powered Superconductor Design PlatformSuperMatics™ — Core Patent Application Completed!

Hyunsung TNC’s MEL Theory Published on arXiv as a Preprint – Theoretical Consistency Independently Reviewed by UC Berkeley Team

Hyunsung TNC Files PCT Application for MEL-Theory-Based Superconductor Modeling

Berkeley Research Team Signs Agreement to Experimentally Verify the MEL Theory

What Is the MEL Modulated Electron Lattice) Theory ?

AI Driven Superconductivity Technology driving the next industrial revolution

Hyunsung TNC is emerging as a next-generation superconductivity platform company, integrating a theory, AI driven composition design, experimental validation and production. We look forward to partnering with leaders across industries to shape the coming technological transformation together.

​Competitive Advantages

​Inquiries & Partnerships

Thank you for visiting our website. For any inquiries about our technologies, products, or partnerships, feel free to contact us.

E-mail · Phone

Hyunsung TNC

AI Driven Superconductivity Technology
driving the next industrial revolution

Hyunsung TNC is emerging as a next-generation superconductivity platform company, integrating a theory, AI driven composition design, experimental validation and production.
We look forward to partnering with leaders across industries to shape the coming technological transformation together.

Competitive Advantages

Inquiries & Partnerships