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  1. Sevalnikov A. (2008). Physics and Metaphysics. Proceedings of the Xxii World Congress of Philosophy 43:193-198.
    Modern physics asks: how do the objects exist? This kind of question inevitably touches upon philosophy; to be precise, it involves metaphysics that traditionally deals with these problems. There are grounds to assume that a quantum object in a certain sense does not exist until it is registered. Thus, one of the conclusions says, “Photon is a photon if it is a registered photon”. This is a paraphrase of well-known Wheeler’s words about the essence of quantum phenomenon. These effects cannot (...)
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  2. Rafal Ablamowicz, Pertti Lounesto & Johannes Maks (1991). Conference Report. Foundations of Physics 21 (6):735-748.
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  3. Joseph Agassi (1973). Testing as a Bootstrap Operation in Physics. Journal for General Philosophy of Science 4 (1):1-24.
  4. D. V. Ahluwalia & M. Kirchbach (2003). Preface. Foundations of Physics 33 (5):687-688.
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  5. Valia Allori (2011). Review of "Everywhere and Everywhen: Adventures in Physics and Philosophy" by N. Huggett. [REVIEW] Notre Dame Philosophical Reviews 2011 (1).
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  6. F. Tito Arecchi (2011). Foreword. Foundations of Physics 41 (11):1665-1666.
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  7. Marcus Arvan (2013). A New Theory of Free Will. Philosophical Forum 44 (1):1-48.
    This paper shows that several live philosophical and scientific hypotheses – including the holographic principle and multiverse theory in quantum physics, and eternalism and mind-body dualism in philosophy – jointly imply an audacious new theory of free will. This new theory, "Libertarian Compatibilism", holds that the physical world is an eternally existing array of two-dimensional information – a vast number of possible pasts, presents, and futures – and the mind a nonphysical entity or set of properties that "read" that physical (...)
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  8. David Atkinson (2007). Losing Energy in Classical, Relativistic and Quantum Mechanics. Studies in History and Philosophy of Science Part B 38 (1):170-180.
    A Zenonian supertask involving an infinite number of colliding balls is considered, under the restriction that the total mass of all the balls is finite. Classical mechanics leads to the conclusion that momentum, but not necessarily energy, must be conserved. Relativistic mechanics, on the other hand, implies that energy and momentum conservation are always violated. Quantum mechanics, however, seems to rule out the Zeno configuration as an inconsistent system.
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  9. Harald Atmanspacher (2013). Appreciating a Hiley Respected Colleague. Foundations of Physics 43 (4):412-414.
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  10. Asim O. Barut & Alwyn van der Merwe (1983). Paul Dirac on His Eightieth Birthday. Foundations of Physics 13 (2):187-188.
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  11. Asim O. Barut & Alwyn van der Merwe (1983). To Eugene Paul Wigner on His Eightieth Birthday. Foundations of Physics 13 (1):3-5.
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  12. Bogdan Belinskiĭ (2011). Fizika I Dialekticheskiĭ Materializm.
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  13. Bogdan Belinskiĭ (2010). Fizika, Kotoroĭ Ne Khvatalo Ėĭnshteĭnu I Blavatskoĭ: Kriticheskiĭ Analiz Sovremennoĭ Fiziki.
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  14. Ingemar Bengtsson & Andrei Khrennikov (2011). Preface. Foundations of Physics 41 (3):281-281.
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  15. Reinhold A. Bertlmann (1990). John Stewart Bell—Physicist and Moralizer. Foundations of Physics 20 (10):1135-1138.
  16. Michel Bitbol, Pierre Kerszberg & Jean Petitot, Constituting Objectivity. Transcendental Perspectives on Modern Physics.
    In recent years, many philosophers of modern physics came to the conclusion that the problem of how objectivity is constituted (rather than merely given) can no longer be avoided, and therefore that a transcendental approach in the spirit of Kant is now philosophically relevant. The usual excuse for skipping this task is that the historical form given by Kant to transcendental epistemology has been challenged by Relativity and Quantum Physics. However, the true challenge is not to force modern physics into (...)
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  17. Phillip Bricker (1990). Absolute Time Versus Absolute Motion: Comments on Lawrence Sklar. In Phillip Bricker & R. I. G. Hughes (eds.), Philosophical Perspectives on Newtonian Science. Mit Press. 77--91.
    An attempt to clarify how the problem of absolute time and the problem of absolute motion relate to one another, especially with respect to causal attributions involving time and motion.
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  18. Paul Busch (2010). Between Physics and Philosophy—Festschrift for Peter Mittelstaedt on His 80th Birthday. Foundations of Physics 40 (9-10):1161-1162.
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  19. Paul Busch (2010). Peter Mittelstaedt: List of Publications Until 2010. [REVIEW] Foundations of Physics 40 (9-10):1189-1199.
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  20. Paul Busch, Dennis Dieks & Gerardus ’T. Hooft (2009). Pekka Johannes Lahti—60th Birthday. Foundations of Physics 39 (6):519-520.
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  21. Paul Busch & Alwyn van der Merwe (1989). Peter Mittelstaedt: Philosopher-Physicist. [REVIEW] Foundations of Physics 19 (7):789-791.
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  22. Richard Butrick (1970). Carnap on Meaning and Analyticity. The Hague,Mouton.
  23. Craig Callender (2011). Philosophy of Science and Metaphysics. In Steven French & Juha Saatsi (eds.), Continuum Companion to the Philosophy of Science. Continuum. 33--54.
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  24. Moshe Carmeli & Alwyn van der Merwe (1984). For Nathan Rosen on His Seventy-Fifth Birthday. Foundations of Physics 14 (10):923-924.
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  25. Cristina Cerami (2011). Corps et continuité. Remarques sur la “nouvelle” physique d'Averroès. Arabic Sciences and Philosophy 21 (02):299-318.
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  26. M. L. Dalla Chiara, R. Giuntini & D. Krause (1998). Quasiset Theories for Microobjects: A Comparison. In Elena Castellani (ed.), Interpreting Bodies. Princeton University Press. 142--52.
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  27. Bob Coecke & Raymond Lal (2013). Causal Categories: Relativistically Interacting Processes. [REVIEW] Foundations of Physics 43 (4):458-501.
    A symmetric monoidal category naturally arises as the mathematical structure that organizes physical systems, processes, and composition thereof, both sequentially and in parallel. This structure admits a purely graphical calculus. This paper is concerned with the encoding of a fixed causal structure within a symmetric monoidal category: causal dependencies will correspond to topological connectedness in the graphical language. We show that correlations, either classical or quantum, force terminality of the tensor unit. We also show that well-definedness of the concept of (...)
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  28. Bob Coecke, Prakash Panangaden & Peter Selinger (2012). Preface. Foundations of Physics 42 (7):817-818.
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  29. Leon Cohen & James L. Park (1992). Henry Margenau: Physicist-Philosopher. [REVIEW] Foundations of Physics 22 (5):653-656.
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  30. Antonella Corradini & Timothy O'Connor (eds.) (2010). Emergence in Science and Philosophy. Routledge.
    The concept of emergence has seen a significant resurgence in philosophy and the sciences, yet debates regarding emergentist and reductionist visions of the natural world continue to be hampered by imprecision or ambiguity. Emergent phenomena are said to arise out of and be sustained by more basic phenomena, while at the same time exerting a "top-down" control upon those very sustaining processes. To some critics, this has the air of magic, as it seems to suggest a kind of circular causality. (...)
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  31. Andrea Crespi, Roberto Osellame, Linda Sansoni, Paolo Mataloni, Fabio Sciarrino & Roberta Ramponi (2014). Fabrication of Quantum Photonic Integrated Circuits by Means of Femtosecond Laser Pulses. Foundations of Physics 44 (8):843-855.
    Femtosecond laser microfabrication has emerged in the last decade as a powerful technique for direct inscription of low loss optical waveguides in practically any transparent dielectric substrate, showing outstanding versatility. Prototyping of new devices is made rapid, cheap and easy: optical circuits are written directly buried in the substrate, using the laser beam as an optical pen, without any need of costly masks as required by conventional photolithography. Many proof-of-principle demonstrations of integrated optics can be obtained, including splitters, directional couplers, (...)
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  32. Elaine Maria Paiva de Andrade, Jean Faber & Luiz Pinguelli Rosa (2013). A Spontaneous Physics Philosophy on the Concept of Ether Throughout the History of Science: Birth, Death and Revival. [REVIEW] Foundations of Science 18 (3):559-577.
    In the course of the history of science, some concepts have forged theoretical foundations, constituting paradigms that hold sway for substantial periods of time. Research on the history of explanations of the action of one body on another is a testament to the periodic revival of one theory in particular, namely, the theory of ether. Even after the foundation of modern Physics, the notion of ether has directly and indirectly withstood the test of time. Through a spontaneous physics philosophical analysis, (...)
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  33. O. Costa de Beauregard (1982). Reminiscences on My Early Association with Louis de Broglie. Foundations of Physics 12 (10):963-969.
    On relativistic covariance, modelism vs. formalism, and poetry.
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  34. David Deutsch (1986). On Wheeler's Notion of “Law Without Law” in Physics. Foundations of Physics 16 (6):565-572.
    Wheeler's idea that physical “laws” would not appear in a truly fundamental description of nature is critically examined.
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  35. Chris Dewdney & Paavo Pylkkänen (2013). Introduction. Foundations of Physics 43 (4):409-411.
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  36. Cécile DeWitt-Morette, Stephen G. Low, Lawrence S. Schulman & Anwar Y. Shiekh (1986). Wedges I. Foundations of Physics 16 (4):311-349.
    The wedge problem, that is, the propagation of radiation or particles in the presence of a wedge, is examined in different contexts. Generally, the paper follows the historical order from Sommerfeld's early work to recent stochastic results—hindsights and new results being woven in as appropriate. In each context, identifying the relevant mathematical problem has been the key to the solution. Thus each section can be given both a physics and a mathematics title: Section 2: diffraction by reflecting wedge; boundary value (...)
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  37. Michael Dickson & Antony Valentini (2005). A Tribute to James T. Cushing: 1937–2002. [REVIEW] Foundations of Physics 35 (2):173-176.
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  38. Mladen Domazet (2008). Cartesian Primary Qualities in Light of Some Contemporary Physical Explanations. Prolegomena 7 (1):21-35.
    Descartes’ derivation of the primary qualities of matter and their role in explaining observed physical phenomena are briefly reviewed. The lesson drawn from Descartes’ methodology of explanation is that we ought to aim to reduce complex phenomena to simple unifying principles and conceptual primitives. Three proposed solutions to the apparent paradoxes in contemporary quantum physics (primarily associated with the notion of entanglement) are briefly compared with lessons taken from Descartes. It is argued that further research in this field should provide (...)
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  39. Jonathan P. Dowling (1998). Asim Barut: A Personal Tribute. [REVIEW] Foundations of Physics 28 (3):357-359.
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  40. Sidney Drell (1986). John Wheeler: A Personal Tribute. [REVIEW] Foundations of Physics 16 (7):681-683.
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  41. John R. Fanchi (1998). Foreword: Changing Times. Foundations of Physics 28 (9):1401-1405.
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  42. J. Doyne Farmer (2014). Hypotheses Non Fingo: Problems with the Scientific Method in Economics. Journal of Economic Methodology 20 (4):377-385.
    Although it is often said that economics is too much like physics, to a physicist economics is not at all like physics. The difference is in the scientific methods of the two fields: theoretical economics uses a top down approach in which hypothesis and mathematical rigor come first and empirical confirmation comes second. Physics, in contrast, embraces the bottom up ‘experimental philosophy’ of Newton, in which ‘hypotheses are inferred from phenomena, and afterward rendered general by induction’. Progress would accelerates if (...)
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  43. Matt Farr & Alexander Reutlinger (2013). A Relic of a Bygone Age? Causation, Time Symmetry and the Directionality Argument. Erkenntnis 78 (2):215-235.
    Bertrand Russell famously argued that causation is not part of the fundamental physical description of the world, describing the notion of cause as “a relic of a bygone age” (Russell in Proc Aristot Soc 13:1–26, 1913). This paper assesses one of Russell’s arguments for this conclusion: the ‘Directionality Argument’, which holds that the time symmetry of fundamental physics is inconsistent with the time asymmetry of causation. We claim that the coherence and success of the Directionality Argument crucially depends on the (...)
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  44. Migual Ferrero & Alwyn Van der Merwe (2006). Faith, Endeavour and Expectations of an Unfinished Quest: A Tribute to Emilio Santos on His Seventieth Birthday. [REVIEW] Foundations of Physics 36 (3):327-332.
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  45. D. J. Foulis & M. K. Bennett (1990). Charles Hamilton Randall: 1928–1987. [REVIEW] Foundations of Physics 20 (5):473-476.
  46. Dj Foulis & Mk Bennett (1990). Randall, Charles, Hamilton-1928-1987. Foundations of Physics 20 (5):473-476.
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  47. Christopher Fuchs (2005). Preface. Foundations of Physics 35 (11):1785-1786.
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  48. Philippe Gagnon (2012). Remarques Sur le Projet Essentialiste de Brian Ellis En Philosophie de la Nature. Eikasia. Revista de Filosofía 43 (March):61-94.
  49. Peter Galison & Andrew Warwick (1998). Introduction: Cultures of Theory. Studies in History and Philosophy of Modern Physics 29 (3).
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  50. Shan Gao, Protective Measurement and the Meaning of the Wave Function.
    This article analyzes the implications of protective measurement for the meaning of the wave function. According to protective measurement, a charged quantum system has mass and charge density proportional to the modulus square of its wave function. It is shown that the mass and charge density is not real but effective, formed by the ergodic motion of a localized particle with the total mass and charge of the system. Moreover, it is argued that the ergodic motion is not continuous but (...)
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