Researchers at Loughborough University have developed a method that allows scientists to optimize electron behavior to create advanced quantum materials.
The way electrons act directly influences the quality and capabilities of quantum materials.
This is because factors such as electron motion, spin, and energy levels determine properties like thermal conductivity, electrical efficiency, charge transfer, quantum coherence, and the performance of data storage and processing in quantum computing applications.]
However, fine-tuning electron behavior has been a challenge. For instance, for years, scientists have been aware that materials like strontium ruthenate (SrRuO3) or bilayer graphene can lead to the development of superior quantum applications.
Still, they couldn’t use these materials as there wasn’t any practical approach to control the complex behavior of their electrons. In their new study, the Loughborough University team claims to have overcome this challenge.
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