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The phenomenon of state reduction

The standard quantum theory leaves open where, when and under which objective conditions state reductions occur. Three of the recently published ideas to complete the theory are developed and improved. First, the disturbance of measurement due to identical particles in the environment can be avoided if the meters do not react to states of the environment particles but do react to the prepared states of the registered particle. Such meters are mathematically described by the so-called truncated positive operator valued measures. The difference between the states of the registered particles and the states from the environment is mathematically described by the so-called separation status. Second, the separation status is refined from a domain of space to a domain of space, momentum and energy. Third, starting from the previously introduced distinction between ancillas, screens and detectors, further study of experiments suggests the conjecture that a loss of the separation status is the objective condition for the occurrence of the a state reduction. The conjecture is falsifiable and a test is suggested using superconductor currents.