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The QuFerm2D project investigates the physics of two-dimensional fermionic systems using ultracold atomic gases. By creating tailored optical potentials, it aims to explore superfluid phases and the dynamics of strongly correlated fermions, contributing to the understanding of high-temperature superconductors and relat…
Two-dimensional fermionic systems show remarkable physical properties, not only of interest for fundamental science but also directed towards technological application.
Two paradigmatic examples are layered high-Tc superconductors and graphene.
However, despite of decades of investigations, their theoretical comprehension is far from being complete.In QuFerm2D, I propose to use atomic Fermi gases to study the physics of two-dimensional strongly correlated fermions.
Indeed, ultracold atoms are “i…
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