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We report on low temperature conductance measurements of gold nanogapsfabricated by controlled electromigration. Fluctuations of the conductance dueto quantum interferences and depending both on bias voltage and magnetic fieldare observed. By analyzing the voltage and magnetoconductance correlationfunctions we determine the type of electron trajectories generating theobserved quantum interferences and the effective characteristic time of phasecoherence in our device.

Conductance fluctuations in metallic nanogaps made by electromigration