FAU LMQ NewsFAU LMQ Research Spotlight: Harnessing Fibonacci Patterns to Engineer Light-Matter Interactions
Controlling how artificial atoms “talk” to each other is important for building advanced quantum technologies. Traditionally, scientists have guided these interactions using perfectly ordered, periodic structures, like a crystal lattice. This approach, however, limits the complexity of the quantum systems that can be engineered. In a recent publication, researchers from the Max Planck Institute for […]Controlling how artificial atoms “talk” to each other is important for building advanced quantum technologies. Traditionally, scientists have guided these interactions using perfectly ordered, periodic structures, like a crystal lattice. This approach, however, limits the complexity of the quantum systems that can be engineered. In a recent publication, researchers from the Max Planck Institute for […]
