Control Ring instead of Steering Wheel

Tiny Carbon Rings Control Quantum States

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Toroidal Moments Solve Problems in Quantum Computing

The results of the study suggest that this could open up new possibilities in the field of quantum computing. One example is the precise control of superconductors, in which current can flow almost without loss. Current methods often require magnetic or electric fields, which are very difficult to focus at the nanoscale and not only affect the superconductor but also excite other particles in the vicinity, leading to signal noise or high energy consumption. By utilizing toroidal moments in carbon nanotori, this issue could be avoided in the future, as they could directly alter quantum mechanical phases.

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