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The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material.

  "Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.

The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material. "Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.

The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material. "Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.

The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material. 

"Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.

The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material.

  "Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.

The actual programs in the spacecraft were stored in core rope memory, an ancient memory technology made by (literally) weaving a fabric/rope, where the bits were physical rings of ferrite material. "Core" memory is resistant to cosmic rays. The state of a core bit will not change when bombarded by radiation in Outer Space.