Laser dosage determination by temperature monitoring

A laser-based ophthalmological surgical system, comprising:

• a radiation source configured to emit therapeutic radiation, the therapeutic radiation including a discrete pulse that has a particular pulse frequency and an amount of pulse energy corresponding to a dosage of the therapeutic radiation;
• one or more optical elements configured to direct the therapeutic radiation to a targeted area of an eye of a patient, wherein a temperature of the targeted area depends on the dosage of the therapeutic radiation;
• and
• a detector system configured to measure thermal radiation emitted by the targeted area responsive to exposure to the therapeutic radiation, wherein the detector system includes a first detector configured to detect thermal radiation at a first wavelength and a second detector configured to detect thermal radiation at a second wavelength shorter than the first wavelength, wherein the one or more optical elements are configured to optically couple the detector system to the targeted area,
• wherein the radiation source emits a plurality of therapeutic radiations to one targeted area, and the detector system measures thermal radiation at a certain time for each of the plurality of therapeutic radiations, the certain time having a defined time delay from an emitting time of each of the plurality of therapeutic radiations and corresponding to a thermal response of the one targeted area,
• wherein the first wavelength corresponds to a first temperature lower than a target temperature threshold, and the second wavelength corresponds to the target temperature threshold,
• wherein at least one of the first wavelength or the second wavelength is in a range from 1000 nm to 2000 nm, and
• wherein the temperature of the targeted area is determined based on both thermal radiation detected by the first detector and the thermal radiation detected by the second detector.