Unveil the future of High-Temperature Superconducting Systems & Cryogenic Technologies in an Impressive Workshop Experience

OCTOBER 26-29  

ENSCHEDE, THE NETHERLANDS

Markus Mueller
Markus Mueller graduated with a BSc(Eng) in Electrical and Electronic Engineering from Imperial College, London, in 1988. He was awarded a PhD in Electrical Engineering from University of Cambridge in 1991. For 3 years he worked as a Research Assistant at Cambridge working on induction motors, and then spent 2 years in industry with Brook Hansen and SR Drives Ltd. From 1997 to December 2003 he was a lecturer in the School of Engineering at the University of Durham. In January 2004 he joined the
Taketsune Nakamura
Prof. Taketsune Nakamura completed the doctoral program at Kyushu University in 1998. In the same year, he became an assistant professor at Kyoto University. He is currently a program-specific professor at the same affiliation. His research interests include first-principle study on electromechanical energy conversion, the engineering application of nonlinear electromagnetic phenomena and dissipative structures, fundamental research on normal-conducting and superconducting rotating machines, and
Tabea Arndt
Tabea Arndt received her Diploma in Physics in 1992 and her Ph.D. in 1995, both from the University of Karlsruhe (TH), today KIT.
After one year on an academia-industry R&D grant at Vacuumschmelze GmbH & Co. KG, she worked in magnetic materials and superconductor production (LTS & HTS).
Following that, she continued her work on superconducting wires and tapes in carve-outs of Vacuumschmelze and various companies
supplying wires and parts for MRI, NMR and High Energy Physics magnets, transform
Mariusz Wozniak
Mariusz Wozniak holds a PhD in Materials Science from the University of Cambridge, where he worked on MgB2 wires and joints for MRI magnets. From 2012 to 2020, he was at Siemens Magnet Technology in Oxford, working on quench protection and on AC loss induced by gradient-coil interaction and ramp losses for cryogen-free MRI magnets. There he also gained industrial expertise in large-scale production and cost-sensitive magnet design. Since 2021, he has been an applied physicist at CERN, where he l
Herman ten Kate
Herman ten Kate

WELCOME

We are pleased to welcome you to IWC-HTS 2026, an international workshop dedicated to high-temperature superconducting systems and their enabling technologies.


Building on the success of previous HTS and cryogenics workshops, IWC-HTS 2026 marks an important step forward by broadening its scope to address not only cooling technologies, but the full system perspective of HTS applications. The workshop provides a forum to discuss recent advances, emerging challenges, and future directions in areas such as superconducting motors, fusion, large-scale scientific infrastructure, power systems, cables, medical technologies, and HTS protection.


Set in the green campus of the University of Twente, the venue offers a unique combination of cutting-edge research facilities and a tranquil, inspiring environment. The campus provides modern conference spaces, networking areas, and a vibrant academic atmosphere that fosters collaboration and idea exchange.


We look forward to welcoming you to Enschede and to an engaging and productive workshop.


Workshop Chairs:

Dr. P. Borges de Sousa (CERN) & Prof. S. Vanapalli (University of Twente)


Program Chair:

Prof. dr. H. van Oort (University of Twente)

ABOUT

The 5th International Workshop on Cooling Systems for High-Temperature Superconducting Applications (IWC-HTS 2026) will take place from 26–29 October 2026 at the University of Twente, The Netherlands.


IWC-HTS 2026 is organized as a dual event, bringing together the established International Workshop on Cooling Systems for HTS Applications and the Symposium on Cryogenics and Superconductivity. This unique format provides a platform where specialists in superconducting technologies, cryogenic engineering, and end-user applications can exchange knowledge and explore emerging opportunities across disciplines.


IWC-HTS 2026 is an international technical workshop dedicated to high-temperature superconducting (HTS) systems and applications, with a strong emphasis on the cryogenic, thermal, and system-level challenges that govern their performance, reliability, and deployment.


The workshop addresses HTS technologies across a broad range of application domains, including superconducting motors, fusion systems, large-scale research infrastructures such as accelerators and other big-science facilities, superconducting cables, medical technologies, HTS protection strategies, and electric power systems. Contributions span component-level developments, system integration, cooling technologies, and operational experience from both research and industrial perspectives.


The combined event will feature invited and contributed oral presentations, poster sessions, industrial exhibitions, technical short courses, laboratory visits, and networking activities. It provides a focused forum for in-depth technical exchange while fostering interaction between the international HTS, superconductivity, and cryogenics communities.

Explore the technical programme

Three events. One programme.

Join us at the University of Twente for the 5th International Workshop on Cooling Systems for HTS Applications, the Symposium on Cryogenics and Superconductivity, and the COMET workshop: Vacuum & Cryogenics – Bridging Research and Industrial Applications.


Across four days, explore experimental courses, keynote talks, technical presentations, posters, laboratory visits and opportunities to meet researchers and industry specialists. The full schedule and presentation details are available in our live programme.