Theoretical seminar | 14 May 2025

Development and study of topological quantum materials is one of the most intensively growing fields within experimental research on condensed matter and fundamental quantum mechanics. Topological materials have already shown their advantages in electronic and photonic transport, exhibiting topological protection from scattering and structural losses, and became a promising tool for certain practical applications. In this presentation, we explore a new type of artificial Josephson atom as a platform for simulating photonic topological models.

Main paper/arXiv, related to the seminar, and other references

"Новый тип искусственных джозефсоновских атомов для квантовой симуляции топологических моделей" Известия вузов. Радиофизика