Synchrotron SOLEIL’s contribution to Quantum Materials

Thanks to its cutting-edge instruments, Synchrotron SOLEIL contributes to the understanding of the phenomena at the origin of exceptional properties and, ultimately, to improving the performance of quantum materials for potential applications. In addition to this fundamental research, these materials are also analysed at the request of industrial researchers.
With a focus on…
• Information Storage - Increase storage density, reduce energy consumption;
• 2D quantum materials, for tomorrow’s electronics;
• Transporting energy without loss;
• Quantum Topology - Cup, donut and (among others) quantum computer.

Keywords: quantum materials, information storage, quantum topology, superconductivity, quantum computer

Resource type: Document

Target audience: beamline users, industry

Synchrotron SOLEIL’s contribution to Quantum Materials https://pan-training.eu/materials/synchrotron-soleil-s-contribution-to-quantum-materials Thanks to its cutting-edge instruments, Synchrotron SOLEIL contributes to the understanding of the phenomena at the origin of exceptional properties and, ultimately, to improving the performance of quantum materials for potential applications. In addition to this fundamental research, these materials are also analysed at the request of industrial researchers. With a focus on… • Information Storage - Increase storage density, reduce energy consumption; • 2D quantum materials, for tomorrow’s electronics; • Transporting energy without loss; • Quantum Topology - Cup, donut and (among others) quantum computer. quantum materials, information storage, quantum topology, superconductivity, quantum computer beamline users industry


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