A system for use in ablation, the system comprising: a pair of probes , each probe having a distal end, a proximal end, and a length between the distal and proximal ends, each probe including three sensors , one of which being a distal temperature sensor , the other one of which being a midpoint temperature sensor and the remaining one of which being a proximal temperature sensor , two electrodes , one of which being a distal electrode and the other one of which being a proximal electrode , a first insulated section , and a second insulated section , wherein, when seen in a length direction of the respective probe , the distal temperature sensor is proximate the distal end of the probe , the distal electrode is adjacent and proximal of the distal temperature sensor , the first insulated section is proximal and adjacent of the distal electrode , the proximal electrode is proximal and adjacent of the first insulated section , the midpoint temperature sensor is located on the first insulated section between the distal electrode and the proximal electrode , and the second insulated section is proximal and adjacent of the proximal electrode , wherein the proximal temperature sensor is disposed on the second insulated section , wherein the system further comprises a radiofrequency generator and a processor, wherein the pair of probes are connected to the same radiofrequency generator , the radiofrequency generator being configured to transmit radiofrequency energy between any pair of the four electrodes , and wherein the six temperature sensors are configured to transmit temperature data to the processor, the processor being configured to control which pair of electrodes is utilized by the radiofrequency generator and the amount of radiofrequency energy delivered. a pair of probes , each probe having a distal end, a proximal end, and a length between the distal and proximal ends, each probe including three sensors , one of which being a distal temperature sensor , the other one of which being a midpoint temperature sensor and the remaining one of which being a proximal temperature sensor , two electrodes , one of which being a distal electrode and the other one of which being a proximal electrode , a first insulated section , and a second insulated section , wherein, when seen in a length direction of the respective probe , the distal temperature sensor is proximate the distal end of the probe , the distal electrode is adjacent and proximal of the distal temperature sensor , the first insulated section is proximal and adjacent of the distal electrode , the proximal electrode is proximal and adjacent of the first insulated section , the midpoint temperature sensor is located on the first insulated section between the distal electrode and the proximal electrode , and the second insulated section is proximal and adjacent of the proximal electrode , wherein the proximal temperature sensor is disposed on the second insulated section , wherein the system further comprises a radiofrequency generator and a processor, wherein the pair of probes are connected to the same radiofrequency generator , the radiofrequency generator being configured to transmit radiofrequency energy between any pair of the four electrodes , and wherein the six temperature sensors are configured to transmit temperature data to the processor, the processor being configured to control which pair of electrodes is utilized by the radiofrequency generator and the amount of radiofrequency energy delivered. <EOS>