MQV Insights: Quantum simulation with neutral atoms

Many physical phenomena such as the binding behavior of large molecules, magnetism or superconductivity are so complex due to the large number of interacting particles that we can hardly calculate them with conventional computers. However, laser light and neutral atoms can be used to recreate models that simulate these phenomena!

Researchers at the Max Planck Institute of Quantum Optics use ultracold atoms, optical lattices and optical tweezers to create artificial quantum systems. In this way, they are constantly gaining new insights into the interaction of interacting particles and creating the experimental basis for quantum computers. After an introductory lecture, there will be an opportunity to visit quantum optics laboratories and also take a look at the world's first laser - and get to know how this important scientific and technological instrument works.

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