Aurora Fusion Labs
Aurora Fusion Labs
A SAFE in a compact tokamak that has not yet reached scientific breakeven.
Rare-earth barium copper oxide superconductors allow a much higher magnetic field, and confinement improves steeply with field strength, which is why a compact machine is now arguable at all. Aurora has demonstrated a full-scale magnet at field and published the results. It has not produced net energy, and neither has anyone else in a commercial setting. This is one of the most speculative offerings on the platform and is priced accordingly at a $50 minimum.
$1,915,000 committed of $5,000,000
$287,250 released · 38% subscribed
- Minimum
- $50
- Instrument
- SAFE
- Term
- None
- Investors
- 2,047
$50 per unit
Closes December 20, 2026 · 98 days remaining
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TRL assessment
3
Technology readiness level, 1 to 9
Confidence band 2.4 – 3.8
A full-scale high-field magnet demonstrated at design field is a genuine and independently reported result, and it is a component result. Proof of principle for the confinement approach exists in the literature; net energy does not exist anywhere commercially. The band is the widest on the platform. This score should be read as an argument that the physics is worth funding, not as a forecast that it will work.
At TRL 3, the ladder permits SAFE or Convertible note and releases up to 15% of committed capital. This offering is structured as a safe, which is consistent with that band.
Signed and published
- Reviewer
- Dr. Samuel Adeyemi
- Credential
- PhD Nuclear Engineering; ASME Section III reviewer
- Signed
- June 19, 2026
- Published
- June 20, 2026
- Methodology
- v1.4
- Model
- ci-trl-2026.06
- Generated
- Jun 15, 2026
Evidence
Every score cites the documents it was derived from, with the weight each carried. An assessment without evidence is an opinion.
| Source | Document | Date | Weight |
|---|---|---|---|
| Peer-reviewed publication | Full-scale REBCO magnet at design field Peer-reviewed applied superconductivity literature Field strength and quench behavior reported with independent instrumentation. | Jan 28, 2026 | 40% |
| DOE award | Milestone-based fusion development award DOE public-private partnership award Award is milestone-gated and does not guarantee subsequent tranches. | Aug 14, 2025 | 26% |
| Peer-reviewed publication | Confinement scaling projections Peer-reviewed plasma physics literature Projections are modeled, not measured, at the proposed operating point. | Mar 6, 2025 | 20% |
| Patent | Magnet winding and quench protection Three granted patents Claims cover the winding approach used in the demonstrated magnet. | Nov 19, 2024 | 14% |
Score history
A score changes on the day a reviewer signs a new assessment, which is why this is a step line rather than a curve.