On quantization of the uncertainty in a measurable macroscopic quantity

The present work is devoted consequences of generalization of the radar uncertainty relation. The radar uncertainty relation has been generalized by adding a deterministic but irremovable component of the wave measurement error. One of the consequences of the generalized radar uncertainty relation is that a nonzero uncertainty minimum is achieved in measuring a macroscopic quality in an optimal nonzero uncertainty interval found by local step-by-step quantization of multipliers of the radar uncertainty relation. An algorithm of minimization of the measurement uncertainty generalizes the notion of measurement understood as a unified measuring and information process including readings, calculations, and step-by-step adaptation of the parameters of a measuring instrument to the parameters of a measurable object. The value of the macroscopic quantity measured with the least uncertainty in the optimal interval is taken to be its true value. __________ Translated from Izvestiya Vysshikh Uchebnykh Zavedenii, Fizika, No. 9, pp. 73–77, September, 2006.