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Luciano Boi [15]L. Boi [5]
  1. Luciano Boi (2012). Fondamenti geometrici e problemi filosofici dello spazio-tempo. Isonomía:1-37.
    The answer to some of the longstanding issues in the 20th century theoretical physics, such as those of the incompatibility between general relativity and quantum mechanics, the broken symmetries of the electroweak force acting at the subatomic scale and the missing mass of Higgs particle, and also those of the cosmic singularity and the black matter and energy, appear to be closely related to the problem of the quantum texture of space-time and the fluctuations of its underlying geometry. Each region (...)
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  2. L. Boi (2011). The Quantum Vacuum: A Scientific and Philosophical Concept, From Electrodynamics to String Theory and the Geometry of the Microscopic World. Johns Hopkins University Press.
    Acclaimed mathematical physicist and natural philosopher Luciano Boi expounds the quantum vacuum, exploring the meaning of nothingness and its relationship with ...
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  3. Luciano Boi (2007). Foreword. In Luciano Boi, Pierre Kerszberg & Frédéric Patras (eds.), Rediscovering Phenomenology: Phenomenological Essays on Mathematical Beings, Physical Reality, Perception and Consciousness (Phaenomenologica) (English and French Edition). Springer. 7-12.
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  4. Luciano Boi (2007). Phénoménologie et méréologie de la perception spatiale, de Husserl aux théoriciens de la Gestalt. In Luciano Boi, Pierre Kerszberg & Frédéric Patras (eds.), Rediscovering Phenomenology: Phenomenological Essays on Mathematical Beings, Physical Reality, Perception and Consciousness (Phaenomenologica) (English and French Edition). Springer. 33-66.
  5. Luciano Boi, Pierre Kerszberg & Frédéric Patras (2007). Introduction. In Luciano Boi, Pierre Kerszberg & Frédéric Patras (eds.),  Rediscovering Phenomenology: Phenomenological Essays on Mathematical Beings, Physical Reality, Perception and Consciousness (Phaenomenologica) (English and French Edition). Springer. 1-4.
     
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  6. Luciano Boi, Pierre Kerszberg & Frédéric Patras, Rediscovering Phenomenology. Phenomenological Essays on Mathematical Beings, Physical Reality, Perception and Consciousness.
    This book proposes a new phenomenological analysis of the questions of perception and cognition which are of paramount importance for a better understanding of those processes which underlies the formation of knowledge and consciousness. It presents many clear arguments showing how a phenomenological perspective helps to deeply interpret most fundamental findings of current research in neurosciences and also in mathematical and physical sciences.
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  7. A. Baltag, E. C. Banks, L. Boi, G. Bonanno, B. Brogaard, L. K. C. Cheung, D. Costantini, U. Garibaldi, V. Goranko & C. Hitchcock (2004). Armour-Garb, B., 491. Synthese 139 (515).
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  8. Luciano Boi (2004). Questions Regarding Husserlian Geometry and Phenomenology. A Study of the Concept of Manifold and Spatial Perception. Husserl Studies 20 (3):207-267.
  9. Luciano Boi (2004). Theories of Space-Time in Modern Physics. Synthese 139 (3):429 - 489.
    The physicist's conception of space-time underwent two major upheavals thanks to the general theory of relativity and quantum mechanics. Both theories play a fundamental role in describing the same natural world, although at different scales. However, the inconsistency between them emerged clearly as the limitation of twentieth-century physics, so a more complete description of nature must encompass general relativity and quantum mechanics as well. The problem is a theorists' problem par excellence. Experiment provide little guide, and the inconsistency mentioned above (...)
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  10. Christian Lotz, Corinne Painter, Sebastian Luft, Harry P. Reeder, Semantic Texture, Luciano Boi, Questions Regarding Husserlian Geometry, James R. Mensch & Postfoundational Phenomenology Husserlian (2004). Instruction to Authors 279–283 Index to Volume 20 285–286. Husserl Studies 20:285-286.
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  11. Luciano Boi (2000). Géométrie de l'espace-temps et nature de la physique: quelques réflexions histori­ques et épistémologiques. Manuscrito 23 (1).
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  12. L. Boi & D. Palladino (1999). Recensioni/Reviews-Le Probleme Mathematique de L'Espace. Une Quete de L'Intelligible. Epistemologia 22 (2):345-349.
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  13. Luciano Boi (1997). La géométrie: clef du réel? Pensée de l'espace et philosophie des mathématiques. Philosophiques 24 (2):389-430.
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  14. L. Boi (1996). Non-Euclidean Geometry, the Philosophical Problem of Space, and the Origins of the Transcendental: Helmholtz and Kant, the Neo-Kantians, Einstein, Poincare, and Mach. Kant-Studien 87 (3):257-289.
     
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  15. Luciano Boi (1996). Les géométries non euclidiennes, le problème philosophique de l'espace et la conception transcendantale; Helmholtz et Kant, les néo-kantiens, Einstein, Poincaré et Mach. Kant-Studien 87 (3):257-289.
  16. Luciano Boi (1995). Conception “Dynamique” En Géométrie, Idéalisation Et Rôle de L'Intuition. Theoria 10 (1):145-161.
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  17. Luciano Boi (1995). Leibniz sur l'espace, le continu et la substance : mathématique, physique et métaphysique. François Duchesneau, La dynamique de Leibniz, Paris, Vrin, coll. Mathesis, 1994 François Duchesneau, La dynamique de Leibniz, Paris, Vrin, coll. Mathesis, 1994. [REVIEW] Philosophiques 22 (2):407-436.
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  18. Luciano Boi, Godehard Brüntrup, Myles Burnyeat, You-Shin Choi, Josep Corbi, Eyjolfur Emilsson, Berys Gant, Andreas Graeser, Jürgen Habermas & Rom Harre (1995). Visiting Professors From Abroad, 1995-1996. Review of Metaphysics 49:207-12.
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  19. Luciano Boi (1994). Die Beziehungen zwischen Raum, Kontinuum und Materie im DenkenRiemanns, die Athervorstellung und die Einheit der Physik Das Entstehen einer neuen Naturphilosophie. Philosophia Naturalis 31 (2):171-216.
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  20. L. Boi (1992). The'Revolution'in the Geometrical Vision of Space in the Nineteenth Century, and the Hermeneutical Epistemology of Mathematics. In Donald Gillies (ed.), Revolutions in Mathematics. Oxford University Press.
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