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The Magnet System

The full set of coils — toroidal field, poloidal field, central solenoid, and the burner's plugs — and how they work together.

Engineering & SubsystemsUpdated 2026-08-11
Breeder peak field
16.84 T
Burner plug field
26.49 T

HYPERION's magnet system combines toroidal-field coils (up to 16.84 T at the conductor), poloidal-field coils for shape and position, and a central solenoid to drive current. The burner instead uses central-cell solenoids and high-field plug coils reaching 26.49 T.

All are wound from REBCO high-temperature superconductor — the enabling technology for both machines.

The high-field REBCO magnet system across both machines.
The high-field REBCO magnet system across both machines.

Common questions

What makes up the magnet system?

REBCO high-temperature-superconducting coils, their structural cases, current leads, joints, cryogenics and quench protection — reaching 16.84 T in the breeder and 26.49 T in the burner plug.

What is its binding open item?

Cyclic fatigue of the high-field structure, mapped in the open REBCO study (DOI 10.5281/zenodo.21842514) and closed by a powered test coil cycled at full field.

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Content reviewed August 2026 · design-and-simulation stage