Quantum Probability and Randomness
Khrennikov, Andrei||Svozil, Karl
Quantum Probability and Randomness
English[eng]
irreducible randomness||quantum-like models for social stochasticity||partially defined algebras||indeterminism||protocol||Gram–Schmidt process||three-qubit random states||complementarity||entanglement classes||maximization of quantum conditional min-entropy||random numbers||quantum computation||MMP hypergraphs||quantum information theory||quasigroups||potentiality||random number generators||social energy||social thermodynamics||quantum dynamics||probability||entanglement||quantum foundations||quantum technology||vacuum state||quantum contextuality||orthogonality||quantum information||correlations||entanglement polytope||causation||quantum-like models||operational approach||reality||Borel normality||Bell inequalities||Copenhagen interpretation||social laser||quantum entanglement||algebra||Bose–Einstein statistics||realism||epistemic operations||quantum random number||information interpretation of quantum theory||viable cultures||master equation for socio-information excitations||entropy||quantum logics||qubits||holistic semantics||Bayesian inference||uncertainty relations||Bayes’ formula||Kochen–Specker sets||model selection||quantum logic||groups||randomness||Greechie diagrams||causality||indefiniteness||probability representation||algorithmic complexity||resonator of social laser||bandwagon effect||contextuality||quantum probability||geometry||social atom||bit commitment||anisotropic invariants||quantum information field
Quantum Probability and Randomness
English[eng]
irreducible randomness||quantum-like models for social stochasticity||partially defined algebras||indeterminism||protocol||Gram–Schmidt process||three-qubit random states||complementarity||entanglement classes||maximization of quantum conditional min-entropy||random numbers||quantum computation||MMP hypergraphs||quantum information theory||quasigroups||potentiality||random number generators||social energy||social thermodynamics||quantum dynamics||probability||entanglement||quantum foundations||quantum technology||vacuum state||quantum contextuality||orthogonality||quantum information||correlations||entanglement polytope||causation||quantum-like models||operational approach||reality||Borel normality||Bell inequalities||Copenhagen interpretation||social laser||quantum entanglement||algebra||Bose–Einstein statistics||realism||epistemic operations||quantum random number||information interpretation of quantum theory||viable cultures||master equation for socio-information excitations||entropy||quantum logics||qubits||holistic semantics||Bayesian inference||uncertainty relations||Bayes’ formula||Kochen–Specker sets||model selection||quantum logic||groups||randomness||Greechie diagrams||causality||indefiniteness||probability representation||algorithmic complexity||resonator of social laser||bandwagon effect||contextuality||quantum probability||geometry||social atom||bit commitment||anisotropic invariants||quantum information field