Do you need high currents to levitate the liquid metals?
Answers from the sources
Renaissance Fusion
“No: thanks to the high magnetic field generated by HTS to confine the plasma, the Lorentz force on the liquid metal can easily exceed gravity, even for small currents applied.”
Sourcerenfusion.eu
Continue exploring
About these subjects
Related reading
- Where do you buy your HTS tapes?
- Are you "3 companies in 1"?
- What are the added benefits of flowing LM walls?
- Why do you need a free-surface LM wall? Why not a more traditional channel flow inside solid walls?
- Is fusion less radioactive than fission?
- What is the origin of RF? Is it a spin-off?
- Are you competing with ITER and other public labs?
- Do you agree that fusion has a history of over-promising but "is always 30 years away"?
- Why do you need superconductors –or, specifically, HTS- for magnetic fusion?
- Are there other benefits in wide HTS, besides your specific approach to fusion, and besides the possible indirect speed-up in producing narrow HTS?
- If successful, will we have abundant clean energy or is there a limitation in scaling the stellarators of Renaissance Fusion?
- What are the power requirements to refrigerate the HTS coils?
- What's your stance on publishing and IP ownership?
- What is your position on renewables?
- What does RF do?
- What are the added benefits of thick LM walls?
- What are the "universal benefits" of LM walls, including thin, static ones?
- Why wide HTS?
- Renaissance Fusion — company guide
Data formats and record details
Download this recordapplication/json
- Surface ID
- urn:readyscan:corpus:buyer-question:renaissance-fusion-q131431963-answer-24a333ddcda286374f80
- Material fingerprint
- fnv1a64:8c5ef8942be56a83
- Membership fingerprint
- fnv1a64:896e43e3211bb190
- Published
- 2026-10-20
- Modified
- 2026-10-20
- ready-scan-subjects/Q131431963
- revision Q131431963:content:119b10d362493940