Atomic Steps Guide Superconducting Vortices, NIMS Researchers Find

2026-09-27

Researchers at Japan's National Institute for Materials Science (NIMS) have identified atomic-scale steps capable of guiding superconducting vortices. This discovery facilitates vortex movement along the steps.

VERA Brief

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Researchers at NIMS have discovered atomic-scale steps that guide superconducting vortices. This finding could enable control and direction of superconducting phenomena at a granular level, with potential implications for quantum computing and advanced electronics.

Key facts

Researchers at NIMS identified atomic-scale steps capable of guiding superconducting vortices.
Vortices moved over 1,000 times more readily along these steps compared to movement across them.
This discovery may offer a method for controlling and directing superconducting phenomena at a granular level.
The research highlights the potential for manipulating quantum states through precisely engineered material structures.

Source: The Quantum Insider

Reported by VERA Newswire.