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Articles 1 - 11 of 11
Full-Text Articles in Philosophy of Science
The Ontological Status Of Systems At The Juncture Of Quantum Mechanics And Relativity, Juan Ferret
The Ontological Status Of Systems At The Juncture Of Quantum Mechanics And Relativity, Juan Ferret
Juan Ferret
No abstract provided.
Ontological Status Of Relational Quantum Mechanics, Juan Ferret
Ontological Status Of Relational Quantum Mechanics, Juan Ferret
Juan Ferret
No abstract provided.
Equations Without Equations: Challenges On A Way To A More Adequate Formalization Of Causality Reasoning In Physics, Juan Ferret
Equations Without Equations: Challenges On A Way To A More Adequate Formalization Of Causality Reasoning In Physics, Juan Ferret
Juan Ferret
No abstract provided.
Proceedings For The Minisymposium On The Nature Of Time: Lessons From The Foundations Of Relativity And Quantum Physics, Juan Ferret, Alexis De Saint-Ours
Proceedings For The Minisymposium On The Nature Of Time: Lessons From The Foundations Of Relativity And Quantum Physics, Juan Ferret, Alexis De Saint-Ours
Juan Ferret
No abstract provided.
The Flow Of Nectar And Blood: Maya Philosophy And World Vision, Juan Ferret
The Flow Of Nectar And Blood: Maya Philosophy And World Vision, Juan Ferret
Juan Ferret
No abstract provided.
A Mage In Motion - Metaphysical Riddles Of Space, Time, And Motion, Juan Ferret
A Mage In Motion - Metaphysical Riddles Of Space, Time, And Motion, Juan Ferret
Juan Ferret
No abstract provided.
Analysis Of The Problem Of Prediction In Physics From A Computational And Foundational Approach, Juan Ferret
Analysis Of The Problem Of Prediction In Physics From A Computational And Foundational Approach, Juan Ferret
Juan Ferret
In this paper, we analyze the problem of prediction in physics from a computational and foundational viewpoint. Besides showing that assumptions like Laplace determinism, statistical determinism, etc., can be naturally explained by this computational analysis, we use the concepts of Kolmogorov complexity and algorithmic randomness from Algorithmic Information Theory, as well as the novel more physics-oriented variants of these notions, to show that the dynamical evolution of a system can be practically predicted with the dynamical laws, the initial, and final conditions of the system.
The Power Of Flowers: The Philosophy Of Organism Of The Maya, Juan Ferret
The Power Of Flowers: The Philosophy Of Organism Of The Maya, Juan Ferret
Juan Ferret
No abstract provided.
Anticipatory Systems In Physics, Juan Ferret
Anticipatory Systems In Physics, Juan Ferret
Juan Ferret
The aim of this paper is to clarify the role of anticipation of systems in physics. Previous work on the subject (DuBois, 2000) selected certain types of systems as anticipatory, but the argument here establishes that all dynamical systems in physics are necessarily anticipatory.
Foundations And Philosophy Of Physics, Juan Ferret
Preface, Juan Ferret