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Space is full of cosmic rays and solar storms that can damage DNA.
Earth is protected by its magnetic field—spacecraft don’t have that luxury.
Magnetic shielding proposes using superconducting magnets to create a mini-magnetosphere.
Charged particles would be deflected before hitting the spacecraft.
This could reduce the need for heavy lead or water-based shielding.
NASA has already tested small-scale plasma shields in labs.
A magnetic shield could be made dynamic—expanding during solar storms.
Energy requirements remain a huge technical challenge.
Materials like high-temperature superconductors make the concept more feasible.
Shields could be deployed around habitats, not just ships.
Protecting crews from radiation is a key step to long-term colonization.
Without shielding, astronauts face higher risks of cancer and radiation sickness.
Some proposals combine magnetic fields with plasma bubbles for added protection.

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