On the nonoccurrence of two paradoxes in the measurement scheme of stochastic quantum mechanics

On some new tests of completeness of quantum mechanics

“…pair and strict anti-correlations may not be anticipated before being observed. Similar conclusions were formulated by Schroeck [16] who analyzed the EPR experiment using the measurement scheme of stochastic quantum mechanics [17].…”

Mean Dynamical Entropy of Quantum Maps on the Sphere Diverges in the Semiclassical Limit

“…Namely, H U is equal to the difference of the Wherl entropy of the states U|x averaged over all x from Ω and ln N (the latter term follows from the normalization in (2.4)). A similar quantities have been also studied by Schroeck [15] (under the name of stochastic quantum mechanical entropy) and by Mirbach and Korsch [16]. Calculation of continuous entropy is particularly easy for U = I and SU(d) coherent states.…”

Highly symmetric POVMs and their informational power

“…The definition was generalized by Schroeck [102], who analyzed its basic properties. Let G be a compact topological group acting unitarily and irreducibly on P C d .…”

“…Now, one can observe that relative entropy of symmetric POVM is closely related to the semi-classical quantum entropy introduced in 1978 by Wehrl for the harmonic oscillator coherent states [124] and named later after him. The definition was generalised by Schroeck [102], who analysed its basic properties. Let G be a compact topological group acting unitarily and irreducibly on P C d .…”