Our Sponsors


Faraday Factory Japan 

Faraday Factory Japan is the worlds' largest manufacturer of high temperature superconductor tapes. The company is located near Tokyo, has a team of 100 people and operates 24/7. HTS tapes produced by the company are used by disruptive projects for fusion, power transmission, railway, aerospace, healthcare, high energy physics and others.

Official Website: https://faraday.group.com/

 

Quantum Design Oxford

Quantum Design Oxford (previously Oxford Instruments NanoScience) provides leading solutions in low temperature measurement for materials physics and quantum technologies, with open-architecture superconducting magnet measurement systems and Cryofree® dilution refrigerators. Our systems support leading research groups and industrial partners around the world, from fundamental condensed matter physics through to full-stack quantum computers.

Official Website: https://qd-oxford.com

Tokamak Energy

Tokamak Energy is a global leader in high temperature superconducting (HTS) and fusion energy technologies, trusted by governments and industry worldwide. A major part of this is our end-to-end capability in HTS technology, from design to manufacturing. Founded in 2009 as a spin-out from the UK Atomic Energy Authority, the company is headquartered in Oxfordshire, with subsidiaries in the U.S. and Japan. We employ more than 300 people and have attracted £280 million in investment.

We have designed, built, and operate two of the world’s most advanced fusion devices: ST40, the highest-field spherical tokamak, and Demo4, a world-first HTS fusion magnet system. These platforms are driving the development and commercialisation of cutting-edge fusion and HTS technologies.

Official Website: www.tokamakenergy.com

British Cryogenics Council

The British Cryogenics Council (BCC) has been at the heart of the UK's cryogenics community since its foundation in 1967 at the Royal Society. Established to promote knowledge, collaboration and innovation, the Council has grown into a respected charity and professional network that connects industry, academia and research organisations working across the broad field of low temperature science and engineering.

Today, the BCC brings together a diverse membership that includes manufacturers, engineers, universities, research laboratories, technology developers and end users of cryogenic systems. From fundamental scientific research through to practical industrial applications, the Council provides a platform where expertise can be shared and new ideas can flourish.

Official Website: https://bcryo.org.uk

IEEE Council on Superconductivity

The IEEE Council on Superconductivity, CSC, and its activities and programs shall be to cover the science and technology of superconductors and their applications, including materials and their applications for electronics, magnetics, and power systems, where the superconductor properties are central to the application. The IEEE CSC publishes the IEEE Transactions on Applied Superconductivity (TAS), with six issues per year. Other activities of the IEEE CSC include conference and workshop sponsorships and organization (including ISEC and MT, when held in the U.S.), graduate study fellowships, preparation and distribution of digital archives, student travel support for conferences, development of standards in collaboration with other international organizations, IEEE Awards, Best Paper Awards, Entrepreneurial Awards, and the highly successful Superconductivity News Forum (SNF) in collaboration with European Society of Applied Superconductivity (ESAS) and Cryogenics and Superconductivity Society of Japan (CSSJ).

Kyushu University

Led by Kyushu University, this project brings together Tohoku University, QST, NIMS, AIST, JFCC, and Gigaphoton Inc. within an All-Japan framework to advance superconducting technologies for compact, liquid-helium-free fusion reactors. It also benefits from broader industrial collaboration involving Faraday Factory Japan (FFJ), Fujikura Ltd., and Toshiba. Through research on REBCO wire mass production, 40 T-class ultra-high-field coil technology, and advanced testing and design platforms, the project seeks to support the realization of fusion energy in society by 2050.
 

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