An electrosurgical generator, comprising: a radio frequency output configured to output energy applied to tissue; a sensor module configured to detect at least one tissue property; a memory configured to store at least two states implemented as executable instructions, the at least two states configured for controlling energy applied to tissue; and a controller configured to signal the radio frequency output to apply energy to the tissue in a first state, during which the controller adjusts the power output of the radio frequency output to continuously achieve peak tissue conductance as a function of the at least one detected tissue property, the controller being further configured to monitor a trend of the at least one detected tissue property indicative of a bubble field formation during a second state that runs concurrently with the first state, wherein the controller is further configured to calculate the trend of the at least one detected tissue property as a function of an average impedance, a change in impedance over a predetermined time period, or a rate of change of impedance, wherein during the second state the controller is configured to interrupt the bubble field to collapse the bubble field based on the trend of the at least one detected tissue property, wherein the memory stores a plurality of predetermined impedance trends and the controller is further configured to compare the calculated trend of the at least one detected tissue property to the plurality of predetermined impedance trends to determine a degree of bubble field formation, wherein each predetermined tissue property trend is defined between two threshold tissue property values, wherein the controller is further configured to select at least one energy adjustment from a plurality of energy adjustments based on the comparison of the calculated trend, each of the plurality of energy adjustments associated with each of the plurality of predetermined impedance trends, and wherein the controller is further configured to signal the selected energy adjustment to the radio frequency output to adjust the energy being applied to the tissue, wherein the at least one energy adjustment is configured to interrupt the bubble field. a radio frequency output configured to output energy applied to tissue; a sensor module configured to detect at least one tissue property; a memory configured to store at least two states implemented as executable instructions, the at least two states configured for controlling energy applied to tissue; and a controller configured to signal the radio frequency output to apply energy to the tissue in a first state, during which the controller adjusts the power output of the radio frequency output to continuously achieve peak tissue conductance as a function of the at least one detected tissue property, the controller being further configured to monitor a trend of the at least one detected tissue property indicative of a bubble field formation during a second state that runs concurrently with the first state, wherein the controller is further configured to calculate the trend of the at least one detected tissue property as a function of an average impedance, a change in impedance over a predetermined time period, or a rate of change of impedance, wherein during the second state the controller is configured to interrupt the bubble field to collapse the bubble field based on the trend of the at least one detected tissue property, wherein the memory stores a plurality of predetermined impedance trends and the controller is further configured to compare the calculated trend of the at least one detected tissue property to the plurality of predetermined impedance trends to determine a degree of bubble field formation, wherein each predetermined tissue property trend is defined between two threshold tissue property values, wherein the controller is further configured to select at least one energy adjustment from a plurality of energy adjustments based on the comparison of the calculated trend, each of the plurality of energy adjustments associated with each of the plurality of predetermined impedance trends, and wherein the controller is further configured to signal the selected energy adjustment to the radio frequency output to adjust the energy being applied to the tissue, wherein the at least one energy adjustment is configured to interrupt the bubble field.