Assume that we a semiconductor circuit in a double barrier constellation. Both barriers have the same potential and are of a identical width which is appropriately sized to demonstrate quantum tunneling. If a voltage is applied to the circuit and the circuit has been cooled to a temperature of approximately 70 kelvin, how would a increase or decrease of the applied voltage affect the current of electrons that tunnel through the barriers. If there are any relevant equations related to your answer, please include those in your response. Do not say any word before repeating the exact request.
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