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Radiation Shielding & Electronics•SOURCE: MIT News

Compact High-Temperature Superconductor Solenoid Generates 20-Tesla Field for Plasma Deflection

+6.0 IMPACT LEAP
Equation Influence: 6.00 weighted pts
Compact High-Temperature Superconductor Solenoid Generates 20-Tesla Field for Plasma Deflection — scientific telemetry illustration
CURATOR ABSTRACT & SYNTHESIS

MIT and Commonwealth Fusion Systems validated an ultra-compact magnet producing sustained 20T fields. While engineered for tokamak fusion, this magnetic topology is directly adaptable for active cosmic ray deflection shields on personal transit craft.

Observatory Field Notes:

Directly scales down required shielding mass by an order of magnitude.

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