Original sentence: (However, there is considerable dispute over this issue; in some other interpretations, the result merely appears random and indeterministic, as elaborated below.(The detailed nature of this collapse is another source of disagreement among interpretations of quantum mechanics.) The measurement process is often said to be random and indeterministic.After one has measured some aspect of the quantum state, the quantum state immediately changes in such a way that if the measurement is repeated without re-preparing the state, one finds the same result as the first measurement.Another important aspect of measurement is wavefunction collapse.If the experiment is repeated, so as to measure the same aspect of the same quantum state, the result of the measurement will often be different.In fact, the expected result of the measurement is in general described not by a single number, but by a probability distribution that specifies the likelihoods that the various possible results will be obtained
Edited sentence: (However, there is considerable dispute over this issue; in some interpretations of quantum mechanics, the result merely appears random and indeterministic, in other interpretations the indeterminism is core and irreducible.)  This because an important aspect of measurement is wavefunction collapse, the nature of which varies according the interpretation adopted.As a result, after measuring some aspect of the quantum state, we normally update the quantum state to reflect the result of the measurement; it is this updating that ensures that if an immediate re-measurement is repeated without re-preparing the state, one finds the same result as the first measurement.If the experiment is repeated, so as to measure the same aspect of the same quantum state prepared in the same way, the result of the measurement will often be different.The expected result of the measurement is in general described by a probability distribution that specifies the likelihoods that the various possible results will be obtained.The measurement process is often said to be random and indeterministic.The updating of the quantum state model is called wavefunction collapse.What is universally agreed, however, is that if the measurement is repeated, without re-preparing the state, one finds the same result as the first measurement