First used by Professor Zhang at Centauri University to transfer heat from wafer-scale electronics, huge integrated circuits, across the quantum vacuum. The technique was modified to remove the excessive energy from links that had severed from the lattice of space.
The problem developed as excessive use of the spin-two drive disrupted the orderly lattice of links in space, especially around planets. If the endpoint of such links became to energetic, they would separate from their position in the lattice of space like a rubber band snaping. This made it difficult to use the spin-two drive for its intended use, as a space transport. The need to remove the energy from the quantum link endpoints and restore a smooth spacetime was critical for many of the more heavily visited planets.
A Casmir device was built as concentric spheres at just the right diameter with the inner sphere filled with a large thermal conductor such as cubic boron arsenide. The device was inserted into the link opened by the spin-two drive and when it came out the other side it carried away the rise in temperature of the link. Built to exacting specifications, the pressure of the quantum vacuum itself kept the microscopic spheres in proper alignment.
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