voting-behavior
Voter Ambivalence
Placeholder topic for voter ambivalence in political behavior.
QDT Concepts Applied:
wave-function measurement-collapse
#ambivalence
#voting
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Sujets (Français)
Le contenu complet des sujets est disponible en anglais. Cliquez ci-dessous pour voir les articles en anglais.
Quantum Physics
Classical Dual States and Quantum Theory Through Minimal Group Representation
Exploring the classical aspects of quantum theory via ontological dual states and the role of minimal group representation in establishing classical-quantum duality.
QDT Concepts Applied:
classical-quantum-duality minimal-group-representation
#quantum-theory
#group-symmetry
#ontological-states
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Quantum Physics
Doubly Quantum Mechanics and Its Implications for Quantum Governance
Exploring the novel formalism of Doubly Quantum Mechanics and its transformative impact on reference frames and measurement in quantum systems.
QDT Concepts Applied:
doubly-quantum-mechanics quantum-groups
#quantum-gravity
#quantum-measurement
#quantum-reference-frames
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Electoral Politics
Quantum Models of Voting Behavior
How Quantum Decision Theory explains paradoxes in voter choice that classical rational choice theory cannot account for.
QDT Concepts Applied:
Superposition Measurement Collapse Interference
#voting
#elections
#behavioral-economics
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Quantum Physics
Quantum Superpositions and Thermalisation in Relativistic Fields
Exploring how quantum superpositions affect thermalisation processes in relativistic quantum field theory and their implications for quantum thermodynamics and information.
QDT Concepts Applied:
relativistic-quantum-field-theory quantum-thermodynamics
#quantum-thermodynamics
#relativistic-quantum-information
#thermalisation
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Science and Technology
Quantum Cosmology and Observations: Bridging Theory and Practice
Exploring how canonical quantization of general relativity can yield testable predictions in cosmology.
QDT Concepts Applied:
quantum-cosmology canonical-quantization
#quantum-gravity
#cosmology
#quantum-geometrodynamics
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Quantum Physics
Quantum Alchemy and Universal Orthogonality Catastrophe in One-Dimensional Anyons
Exploring the continuous transformation of quantum statistics in one-dimensional anyons and its implications for quantum state geometry and quantum governance.
QDT Concepts Applied:
quantum-statistics anyons orthogonality-catastrophe
#anyons
#quantum-statistics
#quantum-governance
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Quantum Physics
Quantum Conformal Symmetries in Superposed Spacetimes
Exploring how quantum fields behave across superpositions of spacetimes via quantum conformal transformations.
QDT Concepts Applied:
quantum-conformal-transformations quantum-reference-frames
#quantum-gravity
#quantum-fields
#spacetime-superposition
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Quantum Physics
Bridging Quantum Link Models and Quantum Field Theory in Far-From-Equilibrium Dynamics
Exploring how quantum link models emulate quantum field theory limits in lattice gauge theories, advancing both fundamental physics and quantum technology applications.
QDT Concepts Applied:
quantum-link-models lattice-gauge-theory
#quantum-field-theory
#lattice-gauge-theory
#quantum-simulation
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Quantum Computing
Advancing Quantum Network Theory
Exploring a novel quantum theory framework extending quantum evolutions over entire network configurations and complex system partitioning.
QDT Concepts Applied:
quantum-networks quantum-evolutions
#quantum-theory
#quantum-networks
#quantum-information
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Quantum Physics
No-Go Theorem on Gravitational Field Nature Beyond Quantum Theory
Exploring constraints on gravity's quantum nature via entanglement and generalized probabilistic theories.
QDT Concepts Applied:
quantum-theory gravitational-field generalized-probabilistic-theories
#quantum-gravity
#entanglement
#no-go-theorem
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Quantum Technologies
Optimal Policies for Quantum Network Links
Exploring decision process frameworks to optimize entanglement distribution in near-term quantum networks.
QDT Concepts Applied:
quantum-networks decision-processes
#quantum-entanglement
#quantum-networks
#decision-algorithms
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Quantum Physics
No-Summoning Theorem: A Quantum Constraint in Relativistic Frameworks
Exploring the no-summoning theorem in relativistic quantum theory and its implications for quantum information and governance.
QDT Concepts Applied:
relativistic-quantum-theory no-summoning-theorem quantum-information
#quantum-theory
#no-signalling-principle
#quantum-information
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