de Ronde, Christian and Massri, Cesar (2024) The Many Inconsistencies of the Purity-Mixture Distinction in Standard Quantum Mechanics. [Preprint]

de Ronde, Christian and Fernández Mouján, Raimundo and Massri, Cesar (2024) Tensorial Quantum Mechanics: Back to Heisenberg and Beyond. [Preprint]

de Ronde, Christian and Fernández Mouján, Raimundo and Massri, Cesar (2024) On the Relative Nature of Quantum Individuals. [Preprint]

de Ronde, Christian and Fernández Mouján, Raimundo and Massri, Cesar (2024) Equivalence Relations in Quantum Theory: An Objective Account of Bases and Factorizations. [Preprint]

de Ronde, Christian and Fernández Mouján, Raimundo and Massri, Cesar (2024) Everything is Entangled in Quantum Mechanics: Are the Orthodox Measures Physically Meaningful? [Preprint]

de Ronde, Christian and Massri, Cesar (2020) Relational Quantum Entanglement Beyond Non-Separable and Contextual Relativism. [Preprint]

de Ronde, Christian and Massri, Cesar (2020) Beyond Purity and Mixtures in Categorical Quantum Mechanics. [Preprint]

de Ronde, Christian and Massri, Cesar (2019) Against the Tyranny of 'Pure States' in Quantum Theory. [Preprint]

de Ronde, Christian and Massri, Cesar (2019) Against the Tyranny of 'Pure States' in Quantum Theory. Foundations of Science. ISSN 1233-1821

de Ronde, Christian and Massri, Cesar (2018) A New Objective Definition of Quantum Entanglement as Potential Coding of Intensive and Effective Relations. [Preprint]

de Ronde, Christian and Massri, Cesar (2018) The Logos Categorical Approach to Quantum Mechanics: III. Relational Potential Coding and Quantum Entanglement Beyond Collapses, Pure States and Particle Metaphysics. [Preprint]

de Ronde, Christian and Massri, Cesar (2018) The Logos Categorical Approach to QM: II. Quantum Superpositions. [Preprint]

de Ronde, Christian and Massri, Cesar (2018) The Logos Categorical Approach to Quantum Mechanics: I. Kochen-Specker Contextuality and Global Intensive Valuations. [Preprint]

de Ronde, Christian and Massri, Cesar (2014) Kochen-Specker Theorem, Physical Invariance and Quantum Individuality. [Preprint]