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Researchers use artificial intelligence to quickly filter thousands of possible combinations and find new materials that conduct electricity without resistance.

Karlsruhe researchers show how previously disruptive magnetic structures in special materials can act as stable qubits for future quantum technologies.

Study of boron-doped diamond films reveals granular superconductivity with tunable puddles, offering a roadmap for multifunctional quantum devices on a single chip.

Direct imaging reveals synchronized atomic behavior missing from classic theory of zero-resistance electricity.

Researchers have discovered that tiny energy fluctuations found within a vacuum can be used to alter the behavior of nearby materials without the need for external power.

This new device mimics brain neurons using superconductors for fast, low-power AI networks that resist manufacturing flaws.