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The TEAPOT project investigates the properties of fractional quantum Hall edges in strong magnetic fields and low temperatures. It aims to develop new theoretical tools for studying energy propagation and transport phenomena, enhancing our understanding of quantum behavior in nanoscale systems and informing the design…
In a strong magnetic field and at extremely low temperatures, a two-dimensional sheet of electrons can transition into a strongly correlated state: the fractional quantum Hall (FQH) state.
The one-dimensional edge of such a sheet is by itself a viable experimental platform for controlled studies of a wide range of quantum phenomena.
Recent experimental developments have enabled detailed thermal transport experiments for probing the properties of such FQH edges.
Despite this progress, many questi…
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