Effect algebras and unsharp quantum logics

1994/10/01 by D. J. Foulis, David J. Foulis, M. K. Bennett · 25 citations
Computer Science · #Advanced Algebra and Logic #Rough Sets and Fuzzy Logic #Logic, Reasoning, and Knowledge

paper · doi:10.1007/bf02283036

Cited by

• Effect algebras with the maximality property
• Foundations of Quantum Granular Computing with Effect-Based Granules, Algebraic Properties and Reference Architectures
• Observables on Quantum Structures
• Effect-valued measurement models and contextuality
• Dimension theory for generalized effect algebras
• On the Nature of Continuous Physical Quantities in Classical and Quantum Mechanics
• Simplicial Perspectives on (Pseudo) Effect Algebras
• Effect test spaces
• Influence-free states on compound quantum systems
• Effectuses in Categorical Quantum Foundations
• *-Autonomous categories in quantum theory
• Algebraic hierarchy of logics unifying fuzzy logic and quantum logic
• Homogeneous orthocomplete effect algebras are covered by MV-algebras
• Observables on synaptic algebras
• Quantum information processing and quantum logic: toward mutual illumination
• Spectral order on synaptic algebras
• Dagger and Dilation in the Category of Von Neumann algebras
• On a New Construction of Pseudo Effect Algebras
• Quantum information processing, operational quantum logic, convexity, and the foundations of physics
• Discrete (n+1)-valued states and n-perfect pseudo-effect algebras
• More about sharp and meager elements in Archimedean atomic lattice\n effect algebras
• Finite-Dimensional Convex Effect Algebras
• The logic induced by effect algebras. [europepmc]
• Logical Divergence, Logical Entropy, and Logical Mutual Information in Product MV-Algebras. [europepmc]
• R -Norm Entropy and R -Norm Divergence in Fuzzy Probability Spaces. [europepmc]