Time-resolved photoluminescence maps reveal that edge magnetoplasmons in a ν=1/3 fractional quantum Hall state produce an immediate transverse quasi-electrostatic near-field response extending far into the bulk, together with slower secondary bulk dynamics.
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Direct observation of the transverse near field of an edge excitation and associated slow secondary dynamics in a fractional quantum Hall state
Time-resolved photoluminescence maps reveal that edge magnetoplasmons in a ν=1/3 fractional quantum Hall state produce an immediate transverse quasi-electrostatic near-field response extending far into the bulk, together with slower secondary bulk dynamics.