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Hyunsung TNC logo

Superconductor Platform Company

AI-powered platform for superconductor
candidate search · composition design · development · production

2005~2016

Foundation

2017~2020

Exploration

2020~2023

Breakthrough

2024~ Present

Expansion

Future Plan

Deployment

Process equipment development for Samsung Electronics

World’s first 450mm wafer development

Eco-friendly cable materials for Samsung mobile

Exclusive refurbishment of Samsung exposure equipment

Solid-state battery anode development

Initiated Room-Temperature Superconductor research

Identified RTS material candidates

Started laser deposition system development

Developed 12 HTS material groups

Conducted experiments on 4 HTS materials

Filed Core Patent for Single-Phase Purity Process

CTLA High-Density Large-Area Thin-Film Patent

Filed patent for PGC theory modeling

Filed patent for SEC theory modeling

Filed patent for superconductor design via theoretical framework

Launched superconductor commercialization platform R&D

MEL Theory posted as arXiv preprints

Alloy HTS development

RTS development

SuperMatics refining

Global Network expansion

Superconductor platform completed

Process equipment built for Samsung Electronics
All-Solid-State Anode R&D
Secured 12 HTS material groups
MEL Theory derived in house, now published
Room-temperature superconductor into production

Hyunsung TNC is a technology company dedicated to the development, production, and scale-up of superconducting materials. We completed development and patent registration of a room-temperature superconductor candidate material and have grown into a superconductivity platform company.

 

Founded in 2005 as a semiconductor equipment manufacturer, we built our first decade serving the most demanding customers in electronics: process equipment development for Samsung Electronics, participation in 450mm wafer development, exclusive refurbishment of Samsung exposure equipment, and eco-friendly cable materials for Samsung mobile, alongside electronic materials and high-purity chemical development. In 2017 we turned that manufacturing discipline to superconductivity research, and built the deposition equipment for it ourselves.

 

By 2022 we had synthesized candidate materials, characterized them in house by PXRD and SQUID, and had the thing we had been working toward: a Cd-based candidate showing a superconducting transition at 37.1 °C (310 K), at ambient pressure. Reproducing that across batches and verifying it at independent laboratories has been the work ever since.

 

The theory came after the data. These measurements led Hyunsung TNC to formulate MEL (Modulated Electron Lattice) Theory, a quantitative model of high- and room-temperature superconductivity beyond the limits of conventional BCS theory. We completed its foundational patent filings in 2025; they have since entered the national phase in the United States, Europe, Japan, India and China. The theory itself is published and open to inspection as two preprints, arXiv:2512.03368 and arXiv:2601.14500.

 

AI-Driven Composition Design Platform: SuperMatics

 

MEL Theory originated at Hyunsung TNC. Built on it, SuperMatics is an AI-powered composition design platform that predicts the physical properties of high-temperature and next-generation superconductors and generates optimal material compositions.

SuperMatics integrates theory, data, AI modeling, and experimental results into a unified workflow, transforming superconductor development from serendipity-based discovery into a predictive, engineering-driven design process.

The platform is being built as a business, not a concept. SuperMatics Inc. is a U.S. company founded with backing from Hyunsung TNC; it holds the exclusive commercial license to MEL Theory and develops the software platform, the customer programs and the materials-discovery business. We hold trademark applications for the platform, work with Wilson Sonsini Goodrich & Rosati on intellectual property strategy, and partner with CAN Superconductors on R&D. More than $1 million has been raised from outside investors to date. And it does not stand alone: behind SuperMatics sit two decades of Hyunsung TNC's equipment manufacturing, a production leadership with working supply networks in Korea and Europe, and in-house synthesis, deposition and characterization - the industrial base that carries a designed composition through to a produced material. The platform will expand into an end-to-end solution, incorporating experimental data from sample fabrication and material characterization to optimize composition design, verification, and production.

Hyunsung TNC

The case for Hyunsung TNC

Powered by MEL Theory and AI, we are the platform company 

shifting superconductivity from discovery to design

Vision and Goals

Room-temperature superconductivity targets the fundamental constraint of modern energy systems: power lost in transmission and conversion. Our platform exists to turn superconductor development from a materials-discovery lottery into an engineering discipline.

Future Strategy

We are aligning our solutions with the sectors where superconductivity pays first: AI semiconductors, grid and high-power systems, EV charging, ESS, defense, and aerospace.

Tech Development & Production

MEL Theory guides the compositions, SuperMatics designs them, and our patented CTLA deposition process produces them: superconducting thin films held within ±0.5% compositional variation, with impurities controlled to the ppm level.

Patent & Applications

Twenty-one filings, two of them granted in Korea, and two families in national phase across the US, Europe, Japan, India and China. The portfolio covers the material, the process, the theory, and the design algorithm behind the platform.

비즈니스 핸드 셰이크

Hyunsung TNC

Executive Leadership

Leading an AI-driven superconductivity platform

built on original theory and production technology

Hyunchul Kim

CEO

Hyunchul Kim has spent his career taking factories from blueprint to full production. Leading semiconductor equipment and polymer manufacturing companies, he has owned the whole arc - factory setup, equipment sourcing, production line deployment - which is precisely the executional capability commercializing a room-temperature superconductor demands.

Trained in mechanical design engineering and grounded in process technology and manufacturing operations, he reads the polymer and semiconductor equipment industries from the inside. His commercial instincts were formed in marketing at Daewoo Motors and proven as CEO of Poatek (now TELUS Digital): business planning, commercialization and execution at company scale.

B.S. in Mechanical Design Engineering, Seoul National University of Science and Technology
Former Marketing Team Member, Daewoo Motors
Former CEO, Poatek
Former CEO of multiple semiconductor equipment and polymer manufacturing companies
Extensive experience scaling polymer-based process and equipment systems

CTO

Jaewhan Kim wrote the theory this platform is built on. As the originator of MEL (Modulated Electron Lattice) Theory, he is the chief architect of Hyunsung TNC's superconducting technology platform, responsible for the full spectrum of material design, synthesis and process engineering.

His approach joins chemistry and physics with the experimental rigor of his German training: a Ph.D. in Chemistry from the Karlsruhe Institute of Technology, research leadership at Mirae Asset Financial Group and Hyunsung TNC, and service as a technical evaluator and reviewer for national R&D programs.

He is currently preparing multiple research publications on MEL Theory-based superconducting compositions: the scientific foundation for the company's technological independence and its global patent strategy.

M.S. in Industrial Chemistry, Hanyang University Graduate School
Ph.D. in Chemistry, Karlsruhe Institute of Technology (KIT), Germany
Former Director of Research, Mirae Asset Financial Group
Former Head of R&D, Hyunsung TNC Co., Ltd.
Technical evaluator and reviewer for multiple national R&D programs

Joongsoo Jang

Executive VP

Joongsoo Jang has run production for more than 30 years: chemical and ICT products, full cycle, hands-on - production planning, materials procurement, process control, quality control and delivery.

He has designed and operated high-mix processes across polymer chemistry, industrial materials and electronic components, building deep expertise in yield improvement and process optimization.
He has also operated businesses on the ground in Europe for years, based in Germany.

The result is a durable, working network across local supply chains, major customers and distribution channels - the industrial footing Hyunsung TNC's production ambitions stand on.

B.A. in International Trade, Soongsil University
Former Team Leader, Taepyungyang Hydraulic Clutch
Former CEO, KTE
Former Head of German Branch, KB Vertriebsgesellschaft mbH
Former CEO, MEDAV GmbH
Former Vice President, Yurim Medical Co., Ltd.

Lee Kwang-jae

Director of Research

Every measurement this company reports passes through Lee Kwang-jae's workflow. As the lead for experimental validation of room-temperature superconductor candidates such as Cd XX O₆, he owns the chain end to end: experiment planning, equipment deployment, PXRD and SQUID analysis, and third-party verification.

Behind that discipline stand more than 25 years in chemical materials research and laboratory leadership across multiple companies - Head of Research at Seoul Semitech and at Modtech - specialized in new material development and production-scale process optimization, with a network of domestic and international universities and analytical laboratories he can mobilize when needed.

B.S. and M.S. in Industrial Chemistry, Hanyang University
Former Head of Research, Seoul Semitech
Former Head of Research, Modtech
Chemical materials and process optimization expert
Leads PXRD and SQUID validation for RT superconductors

Executive Director

Corporate Strategy 

& Strategic Alliance

Charlie Moon connects this technology to the markets that will scale it. A global executive with more than 20 years across ICT, nanotechnology and healthcare - much of it in Silicon Valley - he has run strategic planning, business development and alliances on both sides of the Pacific, including as CEO of EVEX Technology in the United States.

At Hyunsung TNC he is the strategic hub for the company's global initiatives: guiding entry into the U.S. and international markets with the AI-based superconductor design platform, and building alliances with leading high-tech companies that extend the company's business footprint worldwide.

B.A. in Economics, University of the East
MBA, KDI School of Public Policy and Management
Former CEO, EVEX Technology (USA)
Advisor for global startups in ICT and healthcare
Extensive business development and investment network in Silicon Valley

Charlie Moon

U.S. Project Manager

Davis Rens leads project execution in the United States and is Chief Scientific Officer of SuperMatics Inc., the U.S. company founded with backing from Hyunsung TNC that holds the exclusive commercial license to MEL Theory. He co-founded SuperMatics, built its platform, and is a co-author on both MEL Theory papers.

Dual degrees in Chemistry and Physics, University of California, Berkeley, completed in three years
4.0 and Highest Honors from both colleges and both departments
Formerly Rigetti Computing: cryogenic cabling and thermal-management software
Co-author, MEL Theory papers arXiv 2512.03368 and 2601.14500

Davis Rens

남성 서명

Hyunsung TNC

Advisory Board

Thirteen senior practitioners in finance, patent strategy and superconductor materials research advise Hyunsung TNC. Five are introduced here.

Sang-Koo Cho

Financial Advisor

B.S. in Industrial Engineering, Seoul National University
Former Cheil Industries
Former CEO, Bright Investment
Current CEO, Korea Partners
Expertise in Investment and M&A Advisory

Dong-Jin Kim

Patent Strategy Advisor
 

B.S. in Physics, Seoul National University
M.S. in Intellectual Property Law, University of New Hampshire School of Law, USA
Current CEO, UIP Patent & Law Firm

Former CEO, TaeWoong Patent Law Office

Former Patent Attorney, Sughrue Mion PLLC (Washington, D.C.)

Former Head of Patent Team, Seojeong Law Firm

Former Patent Attorney, AJU Patent & Law Firm

Passed the U.S. Patent Bar Exam

Passed the 31st Korean Patent Attorney Exam (1994)

Dr. Sang-Hyun Park

Technical Advisor

B.S. & M.S. in Chemical Engineering, Kyungpook National University
Ph.D. in Analytical Chemistry, Rutgers University, USA
Former Researcher, LG Chem
Former Technical Director, Leybold
Current Senior Director, Busch Vacuum
Expert in Process and Vacuum System Design
Advisor for Superconductor Processing Equipment Design and Global Technical Collaboration

Technical Advisor

  • M.S. and Ph.D. in Electronic Materials, Graduate School of Hanyang University

  • Research Director, Nano Materials Development Laboratory, Hanyang University

  • Professor, Department of Convergence Electronic Engineering, Hanyang University

  • Former Researcher, Semiconductor Materials Technology Division, Samsung Electronics

  • Vice President, Korean Society of Semiconductor and Display Technology

Dr. Youngmee Kim

Technical Advisor

B.S. & M.S. in Inorganic Chemistry, Yonsei University
Ph.D. in Inorganic Chemistry, Texas A&M University, USA
Researcher, Institute of Natural Science, Yonsei University
Researcher, Department of Molecular Life Science, Ewha Womans University

Research Professor, Institute of Nano-Bio Technology and Nano-bio Energy Materials Center, Ewha Womans University

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