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The area and perimeter dependence of the Josephson-like interlayer tunnelingsignature of the coherent $\nu_T=1$ quantum Hall phase in bilayertwo-dimensional electron systems is examined. Electrostatic top gates ofvarious sizes and shapes are used to locally define distinct $\nu_T=1$ regionsin the same sample. Near the phase boundary with the incoherent $\nu_T=1$ stateat large layer separation, our results demonstrate that the tunnelingconductance in the coherent phase is closely proportional to the total area ofthe tunneling region. This implies that tunneling at $\nu_T=1$ is a bulkphenomenon in this regime.

Area dependence of interlayer tunneling in strongly correlated bilayer 2D electron systems at $\nu_T=1$