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This paper establishes power scaling of lasers as a clearly defined concept,based on a power scaling procedure which must satisfy various criteria. It isdemonstrated that this concept creates useful insight particularly for theevaluation of the future performance potential of different laserarchitectures, and for identifying technological aspects which will need to bemodified for generating higher powers. It turns out that some aspects (such ase.g. thermal lensing in thin disk lasers) can have rather benign scalingproperties, not causing problems even at very high power levels, while otheraspects can become essential even if they initially may have appeared to beinsignificant.

Power scalability as a precise concept for the evaluation of laser architectures