Grand Challenges
WG1
Fusion
Development of superconducting magnets for Fusion
- The 10 – 100 – 1000 challenge Within 10 years to achieve 100 MW for 1000 seconds
WG2
Power, Energy, and Industry
Superconducting Power and Energy Technologies
- Regional hubs for superconducting industry support
- Risk-reducing long-duration tests for power cables
- Baseline designs for a 25 MW superconducting wind generator
- Standards for superconducting power technologies
- Demonstrating integration in a superconducting substation
WG3
Transport
Superconducting applications for efficient transport
- Fully-superconducting motor
- Fully-superconducting generator
- DC HTS cable
- System level integration
- AC HTS cable
- Cryogenic power electronics
- Liquid hydrogen storage and distribution
WG4
Healthcare
Superconducting applications in Healthcare for advanced imaging
- MRI in remote locations
- NMR for accelerated drug discovery and personalized medicine
- Ultra-High Field MRI
- HTS MRI
WG5
Electronics and Quantum
Superconductors for Electronics and Quantum Information Processing
- High-performance computing (HPC)
- Neuromorphic computing
- Quantum computing support system complexity
WG6
Discovery Science
Superconducting applications for Scientific Instruments
High-Magnetic Field Research
- 40 T SC Magnet
- 60 T Hybrid Magnet
- High field cryogen free magnets
High-Energy Particle Physics
- 20 T Dipole Magnets
- SC RF cavities
- 20 T Large bore solenoid for muons
- 40 T SC for muons
Nuclear Physics
- 10 T Axion Detector
- 30 T Axion Detector
