The ability of quantum states to be in superposition is one of the key features that sets them
apart from the classical world. This “coherence” is rigorously quantified by resource theories …

Coherence underlies quantum phenomena, yet it is manifest in classical theories;
delineating coherence's role is a fickle business. The quadrature coherence scale (QCS) …

In thermodynamics, quantum coherences—superpositions between energy eigenstates—
behave in distinctly nonclassical ways. Here we describe how thermodynamic coherence …

Coherence measures and their operational interpretations lay the cornerstone of coherence
theory. In this paper, we introduce a class of coherence measures with α affinity, say α …

We show that the symmetric portion of correlated coherence is always a valid quantifier of
entanglement, and that this property is independent of the particular choice of coherence …

Coherence is a fundamental feature of quantum mechanics and plays a crucial role in the
quantum realm. The issue of quantification of coherence has received considerable interests …

We introduce, for each state of a bosonic quantum field, its quadrature coherence scale
(QCS), a measure of the range of its quadrature coherences. Under coupling to a thermal …

Quantum asymmetry is a physical resource that coincides with the amount of coherence
between the eigenspaces of a generator responsible for phase encoding in interferometric …

Quantum mechanical uncertainty relations are fundamental consequences of the
incompatible nature of noncommuting observables. In terms of the coherence measure …

Symmetry, as well as the dual concept of asymmetry, are essential, powerful and ubiquitous
in physics and nature. Motivated by the original Wigner-Yanase skew information and its …