Quantum / CONCEPT
Correlated coherence need not be monogamous for pure three-qubit states
A pure state of three qubits has a negative l1 correlated-coherence monogamy difference.
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DIRECT PREREQUISITES1
DIRECT CONSEQUENCES2
PROOF DEPTH7
DOCUMENT LINKS0
A pure three-qubit state with a negative difference
RELATIONSHIP ATLAS
Every connection, in context.
Direct recorded relationships
Proof dependencyStructural affinityDocument link
Certified topology / UPSTREAM
Prerequisites
Certified topology / DOWNSTREAM
Consequences
RELATED KNOWLEDGE
Structural connections
- A lower bound on qutrit magic from coherencestructural-affinity · Closed
- Audenaert's binary Holevo boundstructural-affinity · Closed
- Equal coherence roofs on a mixed rank-two statestructural-affinity · Closed
- Finite-path rigidity and matrix decaystructural-affinity · Closed
- Generalized concentratable entanglement is not monotone under enlarging the subsystemstructural-affinity · Closed
- Logarithmic Derivative Trace Identitystructural-affinity · Closed
- Partial Trace and Quantum Mutual Informationstructural-affinity · Closed
- QTD squared can exceed QJS2structural-affinity · Closed
- Relative entropy coherence is at most l1 coherencestructural-affinity · Closed
- Support of a two-point coordinate boxstructural-affinity · Closed
- The kernel and trace criteria are not equivalentstructural-affinity · Closed
- The minimum of purity plus time-reversal overlapstructural-affinity · Closed
- The minimum of the long-time algebra OTOCstructural-affinity · Closed
- The residual-correlation sum of four qubits is not an entanglement monotonestructural-affinity · Closed
Documents & exposition
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Other authored & advisory relationships
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