  In a recent work [S. Asthana. New Journal of Physics 24.5 (2022): 053026], we
have shown the interrelation of different nonclassical correlations in
multiqubit systems with quantum coherence in a single logical qubit. In this
work, we generalize it to higher-dimensional systems. For this, we take
different choices of logical qudits and logical continuous-variable (cv)
systems in terms of their constituent physical qudits and physical cv systems.
Thereafter, we show reciprocity between conditions for coherence (in logical
qudits and logical cv systems) and conditions for nonlocality and entanglement
(in their underlying constituent qudits and cv systems). This shows that a
single nonclassicality condition detects different types of nonclassicalities
in different physical systems. Thereby, it reflects the interrelations of
different nonclassical features of states belonging to Hilbert spaces of
nonidentical dimensions.
