Develops norm-based and weight-based measures for imaginarity of quantum operations and provides analytical formulas for qubit unitary operations under the trace norm.
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Uncertainty-disturbance relations are derived showing uncertainty prerequisites and upper-bounds disturbance, with applications to estimating quantum resources for rank-one projective measurements.
Introduces coherence non-activating measurements, links their activating ability to steering, and examines discord based on them under local incoherent operations.
Fractional linear conformal maps unify unitary, non-unitary linear, and non-linear discrete-time dynamics for qubit pure states and are characterized using the Leggett-Garg inequality with NSIT and AoT conditions.
WYSI detects quantum phase transitions in the Heisenberg XYZ chain with DM interaction, revealing a factorization volume in the gapless chiral phase and a three-phase diagram.
Quantum coherence in a harmonic oscillator coupled to a thermal bath via Lindblad dynamics produces a violation of the Clausius inequality at low temperatures.
Quantum mutual information and coherence in top-quark pairs produced via QCD depend on kinematic variables, and the maximum value of an intrinsic relation increases with the gluon fraction in mixed initial states.
citing papers explorer
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Quantifying imaginarity of quantum operations
Develops norm-based and weight-based measures for imaginarity of quantum operations and provides analytical formulas for qubit unitary operations under the trace norm.
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Uncertainty-disturbance relations and applications
Uncertainty-disturbance relations are derived showing uncertainty prerequisites and upper-bounds disturbance, with applications to estimating quantum resources for rank-one projective measurements.
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Coherence non-activating measurement
Introduces coherence non-activating measurements, links their activating ability to steering, and examines discord based on them under local incoherent operations.
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Fractional Conformal Map, Qubit Dynamics and the Leggett-Garg Inequality
Fractional linear conformal maps unify unitary, non-unitary linear, and non-linear discrete-time dynamics for qubit pure states and are characterized using the Leggett-Garg inequality with NSIT and AoT conditions.
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Criticality and factorization in the Heisenberg chain with Dzyaloshinskii-Moriya interaction
WYSI detects quantum phase transitions in the Heisenberg XYZ chain with DM interaction, revealing a factorization volume in the gapless chiral phase and a three-phase diagram.
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Clausius inequality versus quantum coherence
Quantum coherence in a harmonic oscillator coupled to a thermal bath via Lindblad dynamics produces a violation of the Clausius inequality at low temperatures.
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Quantum mutual information, coherence and unified relations of top quarks in QCD processes
Quantum mutual information and coherence in top-quark pairs produced via QCD depend on kinematic variables, and the maximum value of an intrinsic relation increases with the gluon fraction in mixed initial states.