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  1. Nick Bostrom (2003). The Mysteries of Self-Locating Belief and Anthropic Reasoning. The Harvard Review of Philosophy 11 (1):59-73.
    1. How big is the smallest fish in the pond? You take your wide-meshed fishing net and catch one hundred fishes, every one of which is greater than six inches long. Does this evidence support the hypothesis that no fish in the pond is much less than six inches long? Not if your wide-meshed net can’t actually catch smaller fish...
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  2. John L. Casti (2002). ?Biologizing? Control Theory: How to Make a Control System Come Alive. Complexity 7 (4):10-12.
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  3. John L. Casti (2000). The Inside Story on Systems, Minds, and Mechanisms. Complexity 5 (3):10-13.
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  4. Alfred Hubler (2012). Is Symbolic Dynamics the Most Efficient Data Compression Tool for Chaotic Time Series? Complexity 17 (3):5-7.
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  5. Robert Leve (2006). Cognition, Complexity, and Principles of Flight: Cognitive Reductive Procedures and Complex Systems. Complexity 11 (3):11-19.
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  6. Robert M. Leve (2003). Informational Acquisition and Cognitive Models. Complexity 9 (1):31-37.
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  7. Robert Rovetto (2011). The Shape of Shapes: An Ontological Exploration. In Janna Hastings, Oliver Kutz, Mehul Bhatt & Stefano Borgo (eds.), CEUR Workshop Proceedings Vol-812. Editors
    What are shapes? The ancient Greek geometer is perhaps the most familiar with these entities, but shape is general enough to transcend domains of inquiry. In this communication I present a broad examination of shape and related notions, such as form, boundary and surface. I aim to explore this question and describe the category of shape by identifying some of its most general features. I contrast geometric (or perfect) shapes with physical or organic shapes (the shape of objects), discuss granularity, (...)
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  8. Robert J. Rovetto, Formal Representations of Orbits.
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  9. Robert J. Rovetto (2013). Shaping Up: The Phenotypic Quality Ontology and Cross Sections. In Oliver Kutz, Mehul Bhatt, Stefano Borgo & Paulo Santos (eds.), CEUR Workshop Procecedings Vol-1007.
    pplied ontology, philosophical ontology, biomedical ontology, artifacts, cross section, philosophy of mathematics, Phenotypic Quality Ontology, PATO , ontology of shape.
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  10. Barry Smith (2000). Logic and Formal Ontology. Manuscrito 23 (2):29-67.
    Revised version of chapter in J. N. Mohanty and W. McKenna (eds.), Husserl’s Phenomenology: A Textbook, Lanham: University Press of America, 1989, 29–67. -/- Logic for Husserl is a science of science, a science of what all sciences have in common in their modes of validation. Thus logic deals with universal laws relating to truth, to deduction, to verification and falsification, and with laws relating to theory as such, and to what makes for theoretical unity, both on the side of (...)
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