Philosophy of Physical Science

Edited by Hans Halvorson (Princeton University)
Assistant editors: Joshua Luczak, Thomas De De Saegher
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  1. Higgs Naturalness and Renormalized Parameters.Robert Harlander & Joshua Rosaler - forthcoming - Foundations of Physics:1-19.
    A recently popular formulation of the Higgs naturalness principle prohibits delicate cancellations between running renormalized Higgs mass parameters and EFT matching corrections, by contrast with the principle’s original formulation, which prohibits delicate cancellations between the bare Higgs mass parameter and its quantum corrections. While the need for this latter cancellation is sometimes viewed as unproblematic since bare parameters are thought by some to be divergent and unphysical, renormalized parameters are finite and measurable, and the need for delicate cancellations between the (...)
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  2. Looking at the Arrow of Time and Loschmidt’s Paradox Through the Magnifying Glass of Mathematical-Billiard.Mario Stefanon - forthcoming - Foundations of Physics:1-21.
    The contrast between the past-future symmetry of mechanical theories and the time-arrow observed in the behaviour of real complex systems doesn’t have nowadays a fully satisfactory explanation. If one confides in the Laplace-dream that everything be exactly and completely describable by the known mechanical differential equations, the whole experimental evidence of the irreversibility of real complex processes can only be interpreted as an illusion due to the limits of human brain and shortness of human history. In this work it is (...)
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  3. Preface.Joshua Rosaler, Robert Harlander, Gregor Schiemann & Miguel Ángel Carretero Sahuquillo - forthcoming - Foundations of Physics:1-5.
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  4. New Exact Quasi-Classical Asymptotic Beyond WKB Approximation and Beyond Maslov Formal Expansion.Jaykov Foukzon - 2015 - Journal of Physics: Conference Series 633 (1):`1-5.
    New exact quasi-classical asymptotic of solutions to the.
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  5. New Analytical Approach for Transition to Slow 3-D Turbulence.Jaykov Foukzon - 2015 - Journal of Physics: Conference Series 633 (1):6.
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  6. Conventionality and Reality.Pieter Thyssen - forthcoming - Foundations of Physics:1-19.
    The debate on the conventionality of simultaneity and the debate on the dimensionality of the world have been central in the philosophy of special relativity. The link between both debates however has rarely been explored. The purpose of this paper is to gauge what implications the former debate has for the latter. I show the situation to be much more subtle than was previously argued, and explain how the ontic versus epistemic distinction in the former debate impacts the latter. Despite (...)
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  7. Modern Physics and Number Theory.Daniel Brox - 2019 - Foundations of Physics 49 (8):837-853.
    Despite the efforts of many individuals, the disciplines of modern physics and number theory have remained largely divorced, in the sense that the experimentally verified theories of quantum physics and gravity are written in the language of linear algebra and advanced calculus, without reference to several established branches of pure mathematics. This absence raises questions as to whether or not pure mathematics has undiscovered application to physical modeling that could have far reaching implications for human scientific understanding. In this paper, (...)
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  8. About the Measure of the Bare Cosmological Constant.Massimo Cerdonio - 2019 - Foundations of Physics 49 (8):830-836.
    I try to revive, and possibly reconcile, a debate started a few years ago, about the relative roles of a bare cosmological constant and of a vacuum energy, by taking the attitude to try to get the most from the physics now available as established. I notice that the bare cosmological constant of the Einstein equations, which is there ever since GR emerged, is actually constrained indirectly combining the effective cosmological constant observed now, as given by ΛCDM Precision Cosmology, with (...)
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  9. Comment on ‘The Aestivation Hypothesis for Resolving Fermi’s Paradox’.Charles H. Bennett, Robin Hanson & C. Jess Riedel - 2019 - Foundations of Physics 49 (8):820-829.
    In their article, ‘That is not dead which can eternal lie: the aestivation hypothesis for resolving Fermi’s paradox’, Sandberg et al. try to explain the Fermi paradox by claiming that Landauer’s principle implies that a civilization can in principle perform far more times more) irreversible logical operations if it conserves its resources until the distant future when the cosmic background temperature is very low. So perhaps aliens are out there, but quietly waiting. Sandberg et al. implicitly assume, however, that computer-generated (...)
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  10. A Meeting with Wigner.Leslie E. Ballentine - 2019 - Foundations of Physics 49 (8):783-785.
    In this paper I report a public discussion with E.P. Wigner that took place in 1987 at a conference on fundamental problems in Quantum Mechanics. In it Wigner clarified an idea that was widely attributed to him about consciousness playing a direct role in the quantum measurement process. He significantly revised that idea, and distanced himself from the earlier notion that consciousness plays a direct role.
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  11. Reply to a Comment on “Quantum Theory and the Limits of Objectivity”.Richard Healey - 2019 - Foundations of Physics 49 (8):816-819.
    In this short note I reply to criticisms of an argument in my paper that appear in comment. Baumann et al. raise one “main criticism” then go on to claim that the argument of Healey contains a series of problems. But their “main criticism” is not an objection to the argument and the problems are of their own making.
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  12. Testing a Quantum Inequality with a Meta-Analysis of Data for Squeezed Light.G. Jordan Maclay & Eric W. Davis - 2019 - Foundations of Physics 49 (8):797-815.
    In quantum field theory, coherent states can be created that have negative energy density, meaning it is below that of empty space, the free quantum vacuum. If no restrictions existed regarding the concentration and permanence of negative energy regions, it might, for example, be possible to produce exotic phenomena such as Lorentzian traversable wormholes, warp drives, time machines, violations of the second law of thermodynamics, and naked singularities. Quantum Inequalities have been proposed that restrict the size and duration of the (...)
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  13. Generalised Manifolds as Basic Objects of General Relativity.Joanna Luc - forthcoming - Foundations of Physics:1-23.
    In this paper non-Hausdorff manifolds as potential basic objects of General Relativity are investigated. One can distinguish four stages of identifying an appropriate mathematical structure to describe physical systems: kinematic, dynamical, physical reasonability, and empirical. The thesis of this paper is that in the context of General Relativity, non-Hausdorff manifolds pass the first two stages, as they enable one to define the basic notions of differential geometry needed to pose the problem of the evolution-distribution of matter and are not in (...)
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  14. The Hole Argument, Take N.John Dougherty - forthcoming - Foundations of Physics:1-18.
    I apply homotopy type theory to the hole argument as formulated by Earman and Norton. I argue that HoTT gives a precise sense in which diffeomorphism-related Lorentzian manifolds represent the same spacetime, undermining Earman and Norton’s verificationist dilemma and common formulations of the hole argument. However, adopting this account does not alleviate worries about determinism: general relativity formulated on Lorentzian manifolds is indeterministic using this standard of sameness and the natural formalization of determinism in HoTT. Fixing this indeterminism results in (...)
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  15. The Practice of Naturalness: A Historical-Philosophical Perspective.Arianna Borrelli & Elena Castellani - forthcoming - Foundations of Physics:1-19.
    No evidence of “new physics” was found so far by LHC experiments, and this situation has led some voices in the physics community to call for the abandonment of the “naturalness” criterion, while other scientists have felt the need to break a lance in its defense by claiming that, at least in some sense, it has already led to successes and therefore should not be dismissed too quickly, but rather only reflected or reshaped to fit new needs. In our paper (...)
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  16. What Are Observables in Hamiltonian Einstein–Maxwell Theory?James Pitts - 2019 - Foundations of Physics 49 (8):786-796.
    Is change missing in Hamiltonian Einstein–Maxwell theory? Given the most common definition of observables, observables are constants of the motion and nonlocal. Unfortunately this definition also implies that the observables for massive electromagnetism with gauge freedom are inequivalent to those of massive electromagnetism without gauge freedom. The alternative Pons–Salisbury–Sundermeyer definition of observables, aiming for Hamiltonian–Lagrangian equivalence, uses the gauge generator G, a tuned sum of first-class constraints, rather than each first-class constraint separately, and implies equivalent observables for equivalent massive electromagnetisms. (...)
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  17. Постигая мироздание. Физико-философские очерки.Alexander Klimets - 2012 - Saarbrucken, Germany: LAP LAMBERT Academic Publishing.
    В книге на основе определенного философского подхода и под новым углом зрения рассматриваются: 1. Специальная теория относительности. Сущность указанной теории раскрывается с помощью метода моделирования. Это позволяет понять не только действительный смысл преобразований Лоренца, но и решить проблему инертной и тяжелой масс. 2. Рассматриваются геоны - экзотические объекты, появляющиеся в результате гравитационного взаимодействия безмассовых квантов энергии. 3. Обсуждаются некоторые необычные свойства многомерных пространств. Показано, почему наше пространство трехмерно и как возможно поместить наблюдаемую Веленную в "точку". 4. Выполнено квантование знаменитого гравитационного (...)
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  18. Selective Realism and the Framework/Interaction Distinction: A Taxonomy of Fundamental Physical Theories.Federico Benitez - 2019 - Foundations of Physics 49 (7):700-716.
    Following the proposal of a new kind of selective structural realism that uses as a basis the distinction between framework and interaction theories, this work discusses relevant applications in fundamental physics. An ontology for the different entities and properties of well-known theories is thus consistently built. The case of classical field theories—including general relativity as a classical theory of gravitation—is examined in detail, as well as the implications of the classification scheme for issues of realism in quantum mechanics. These applications (...)
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  19. Equivalence Between Self-Energy and Self-Mass in Classical Electron Model.M. Kh Khokonov & J. U. Andersen - 2019 - Foundations of Physics 49 (7):750-782.
    A cornerstone of physics, Maxwell‘s theory of electromagnetism, apparently contains a fatal flaw. The standard expressions for the electromagnetic field energy and the self-mass of an electron of finite extension do not obey Einstein‘s famous equation, \, but instead fulfill this relation with a factor 4/3 on the left-hand side. Furthermore, the energy and momentum of the electromagnetic field associated with the charge fail to transform as a four-vector. Many famous physicists have contributed to the debate of this so-called 4/3-problem (...)
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  20. The ‘Delayed Choice Quantum Eraser’ Neither Erases Nor Delays.R. E. Kastner - 2019 - Foundations of Physics 49 (7):717-727.
    It is demonstrated that ‘quantum eraser’ experiments do not erase any information. Nor do they demonstrate ‘temporal nonlocality’ in their ‘delayed choice’ form, beyond standard EPR correlations. It is shown that the erroneous erasure claims arise from assuming that the improper mixed state of the signal photon physically prefers either the ‘which way’ or ‘both ways’ basis, when no such preference is warranted. The latter point is illustrated through comparison of the QE spatial state space with the spin-1/2 space of (...)
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  21. Structural Properties of Irreducible Two-Particle Representations of the Poincaré Group.Walter Smilga - 2019 - Foundations of Physics 49 (7):728-740.
    Two particles, described by an irreducible two-particle representation of the Poincaré group, are correlated by the constraints that the constancy of the Casimir operators imposes on the state space. This correlation can be understood as a geometrically caused interaction between the particles, the strength of which is related to the normalisation constant \ of the two-particle states by \. The numerical value of \ is found to match the experimental value of the electromagnetic fine structure constant \. This strongly suggests (...)
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  22. Comment on Healey’s “Quantum Theory and the Limits of Objectivity”.Veronika Baumann, Flavio Del Santo & Časlav Brukner - 2019 - Foundations of Physics 49 (7):741-749.
    In this comment we critically review an argument against the existence of objective physical outcomes, recently proposed by Healey [1]. We show that his gedankenexperiment, based on a combination of “Wigner’s friend” scenarios and Bell’s inequalities, suffers from the main criticism, that the computed correlation functions entering the Bell’s inequality are in principle experimentally inaccessible, and hence the author’s claim is in principle not testable. We discuss perspectives for fixing that by adapting the proposed protocol and show that this, however, (...)
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  23. On the Modal Aspects of Causal Sets.Tomasz Placek - forthcoming - Foundations of Physics:1-21.
    The possibility question concerns the status of possibilities: do they form an irreducible category of the external reality, or are they merely features of our cognitive framework? If fundamental physics is ever to shed light on this issue, it must be done by some future theory that unifies insights of general relativity and quantum mechanics. The paper investigates one programme of this kind, namely the causal sets programme, as it apparently considers alternative developments of a given system. To evaluate this (...)
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  24. Constructing Extremal Compatible Quantum Observables by Means of Two Mutually Unbiased Bases.Claudio Carmeli, Gianni Cassinelli & Alessandro Toigo - 2019 - Foundations of Physics 49 (6):532-548.
    We describe a particular class of pairs of quantum observables which are extremal in the convex set of all pairs of compatible quantum observables. The pairs in this class are constructed as uniformly noisy versions of two mutually unbiased bases with possibly different noise intensities affecting each basis. We show that not all pairs of MUB can be used in this construction, and we provide a criterion for determining those MUB that actually do yield extremal compatible observables. We apply our (...)
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  25. Aspects of the Quantum-Classical Connection Based on Statistical Maps.Werner Stulpe - 2019 - Foundations of Physics 49 (6):677-692.
    Based on three different types of affine mappings between the corresponding convex sets of states, three different kinds of relations between quantum mechanics and classical physics are reviewed.
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  26. Noise–Disturbance Relation and the Galois Connection of Quantum Measurements.Claudio Carmeli, Teiko Heinosaari, Takayuki Miyadera & Alessandro Toigo - 2019 - Foundations of Physics 49 (6):492-505.
    The relation between noise and disturbance is investigated within the general framework of Galois connections. Within this framework, we introduce the notion of leak of information, mathematically defined as one of the two closure maps arising from the observable-channel compatibility relation. We provide a physical interpretation for it, and we give a comparison with the analogous closure maps associated with joint measurability and simulability for quantum observables.
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  27. Quantum Reality, Perspectivalism and Covariance.Dennis Dieks - 2019 - Foundations of Physics 49 (6):629-646.
    Paul Busch has emphasized on various occasions the importance for physics of going beyond a merely instrumentalist view of quantum mechanics. Even if we cannot be sure that any particular realist interpretation describes the world as it actually is, the investigation of possible realist interpretations helps us to develop new physical ideas and better intuitions about the nature of physical objects at the micro level. In this spirit, Paul Busch himself pioneered the concept of “unsharp quantum reality”, according to which (...)
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  28. Perfect Effect Algebras and Spectral Resolutions of Observables.Anatolij Dvurečenskij - 2019 - Foundations of Physics 49 (6):607-628.
    We study perfect effect algebras, that is, effect algebras with the Riesz decomposition property where every element belongs either to its radical or to its co-radical. We define perfect effect algebras with principal radical and we show that the category of such effect algebras is categorically equivalent to the category of unital po-groups with interpolation. We introduce an observable on a \-monotone \-complete perfect effect algebra with principal radical and we show that observables are in a one-to-one correspondence with spectral (...)
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  29. Quantum Unsharpness, Potentiality, and Reality.Gregg Jaeger - 2019 - Foundations of Physics 49 (6):663-676.
    Paul Busch argued that the positive operator measure, a generalization of the standard quantum observable, enables a consistent notion of unsharp reality based on a quantifiable degree of reality whereby systems can possess generalized properties jointly, whereas related sharp properties cannot be so possessed. Here, the work leading up to the formalization of this notion to which he made great contributions is reviewed and explicated in relation to Heisenberg’s notions of potentiality and actuality. The notion of unsharp reality is then (...)
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  30. Complementary Observables in Quantum Mechanics.Jukka Kiukas, Pekka Lahti, Juha-Pekka Pellonpää & Kari Ylinen - 2019 - Foundations of Physics 49 (6):506-531.
    We review the notion of complementarity of observables in quantum mechanics, as formulated and studied by Paul Busch and his colleagues over the years. In addition, we provide further clarification on the operational meaning of the concept, and present several characterisations of complementarity—some of which new—in a unified manner, as a consequence of a basic factorisation lemma for quantum effects. We work out several applications, including the canonical cases of position–momentum, position–energy, number–phase, as well as periodic observables relevant to spatial (...)
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  31. Reduction and Extremality of Finite Observables.Heinz-Jürgen Schmidt - 2019 - Foundations of Physics 49 (6):577-593.
    We investigate the theory of finite observables, i.e., resolutions of the finite-dimensional identity by means of positive operators, that have a physical interpretation in terms of measurement schemes. We focus on extremal and rank-one observables and consider various constructions that reduce observables to simpler ones. However, these constructions do not suffice to generate all finite extremal observables, as we show by means of counter-examples.
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  32. Space Localization of the Photon.Roberto Beneduci & Franklin Schroeck - 2019 - Foundations of Physics 49 (6):561-576.
    Starting from the phase space representation of quantum mechanics we provide an Euclidean system of covariance for the photon. In particular, we consider systems with the Poincaré group as the symmetry group and use a standard procedure in order to build a phase space and a localization observable on the phase space. Then we focus on the massless representations of the Poincaré group that we use to build a space localization observable for the photon.
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  33. Contexts in Quantum Measurement Theory.Stanley Gudder - 2019 - Foundations of Physics 49 (6):647-662.
    State transformations in quantum mechanics are described by completely positive maps which are constructed from quantum channels. We call a finest sharp quantum channel a context. The result of a measurement depends on the context under which it is performed. Each context provides a viewpoint of the quantum system being measured. This gives only a partial picture of the system which may be distorted and in order to obtain a total accurate picture, various contexts need to be employed. We first (...)
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  34. Paul Busch: At the Heart of Quantum Mechanics.Stan Gudder & Pekka Lahti - 2019 - Foundations of Physics 49 (6):457-459.
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  35. Relative Quantum Time.Leon Loveridge & Takayuki Miyadera - 2019 - Foundations of Physics 49 (6):549-560.
    The need for a time-shift invariant formulation of quantum theory arises from fundamental symmetry principles as well as heuristic cosmological considerations. Such a description then leaves open the question of how to reconcile global invariance with the perception of change, locally. By introducing relative time observables, we are able to make rigorous the Page–Wootters conditional probability formalism to show how local Heisenberg evolution is compatible with global invariance.
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  36. Uncertainty From Heisenberg to Today.Reinhard F. Werner & Terry Farrelly - 2019 - Foundations of Physics 49 (6):460-491.
    We explore the different meanings of “quantum uncertainty” contained in Heisenberg’s seminal paper from 1927, and also some of the precise definitions that were developed later. We recount the controversy about “Anschaulichkeit”, visualizability of the theory, which Heisenberg claims to resolve. Moreover, we consider Heisenberg’s programme of operational analysis of concepts, in which he sees himself as following Einstein. Heisenberg’s work is marked by the tensions between semiclassical arguments and the emerging modern quantum theory, between intuition and rigour, and between (...)
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  37. Gleason-Type Theorems From Cauchy’s Functional Equation.Victoria J. Wright & Stefan Weigert - 2019 - Foundations of Physics 49 (6):594-606.
    Gleason-type theorems derive the density operator and the Born rule formalism of quantum theory from the measurement postulate, by considering additive functions which assign probabilities to measurement outcomes. Additivity is also the defining property of solutions to Cauchy’s functional equation. This observation suggests an alternative proof of the strongest known Gleason-type theorem, based on techniques used to solve functional equations.
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  38. Defining a Relativity-Proof Notion of the Present Via Spatio-Temporal Indeterminism.Thomas Müller - forthcoming - Foundations of Physics:1-21.
    In this paper we describe a novel approach to defining an ontologically fundamental notion of co-presentness that does not go against the tenets of relativity theory. We survey the possible reactions to the problem of the present in relativity theory, introducing a terminological distinction between a static role of the present, which is served by the relation of simultaneity, and a dynamic role of the present, with the corresponding relation of co-presentness. We argue that both of these relations need to (...)
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  39. The Relativistic Invariance of 4D-Shapes.Claudio Calosi - 2015 - Studies in History and Philosophy of Modern Physics 50:1--4.
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  40. Quantum Analysis of $$K=-1$$ K = - 1 Robertson–Walker Universe.Ciprian Dariescu & Marina-Aura Dariescu - 2015 - Foundations of Physics 45 (11):1495-1513.
    The \\)-Robertson–Walker spacetime is under investigation. With the derived Hamilton operator, we are solving the Wheeler–De Witt Equation and its Schrödinger-like extension, for physically important forms of the effective potential. The closed form solutions, expressed in terms of Heun’s functions, allow us to comment on the occurrence of Universe from highly probable quantum states.
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  41. Spontaneously Emitted X-Rays: An Experimental Signature of the Dynamical Reduction Models.C. Curceanu, S. Bartalucci, A. Bassi, M. Bazzi, S. Bertolucci, C. Berucci, A. M. Bragadireanu, M. Cargnelli, A. Clozza, L. De Paolis, S. Di Matteo, S. Donadi, A. D’Uffizi, J. -P. Egger, C. Guaraldo, M. Iliescu, T. Ishiwatari, M. Laubenstein, J. Marton, E. Milotti, A. Pichler, D. Pietreanu, K. Piscicchia, T. Ponta, E. Sbardella, A. Scordo, H. Shi, D. L. Sirghi, F. Sirghi, L. Sperandio, O. Vazquez Doce & J. Zmeskal - 2016 - Foundations of Physics 46 (3):263-268.
    We present the idea of searching for X-rays as a signature of the mechanism inducing the spontaneous collapse of the wave function. Such a signal is predicted by the continuous spontaneous localization theories, which are solving the “measurement problem” by modifying the Schrödinger equation. We will show some encouraging preliminary results and discuss future plans and strategy.
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  42. Introduction.Chris Dewdney & Paavo Pylkkänen - 2013 - Foundations of Physics 43 (4):409-411.
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  43. New Experimental Limit on the Pauli Exclusion Principle Violation by Electrons—The VIP Experiment.C. Curceanu, S. Bartalucci, S. Bertolucci, M. Bragadireanu, M. Cargnelli, S. Di Matteo, J. -P. Egger, C. Guaraldo, M. Iliescu, T. Ishiwatari, M. Laubenstein, J. Marton, E. Milotti, D. Pietreanu, T. Ponta, A. Romero Vidal, D. L. Sirghi, F. Sirghi, L. Sperandio, O. Vazquez Doce, E. Widmann & J. Zmeskal - 2011 - Foundations of Physics 41 (3):282-287.
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  44. Addendum To: Connecting Spin and Statistics in Quantum Mechanics.Arthur Jabs - 2010 - Foundations of Physics 40 (7):793-794.
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  45. Dissolving the Measurement Problem is Not an Option for the Realist.Matthias Egg - 2019 - Studies in History and Philosophy of Science Part B: Studies in History and Philosophy of Modern Physics 66:62-68.
    This paper critically assesses the proposal that scientific realists do not need to search for a solution of the measurement problem in quantum mechanics, but should instead dismiss the problem as ill-posed. James Ladyman and Don Ross have sought to support this proposal with arguments drawn from their naturalized metaphysics and from a Bohr-inspired approach to quantum mechanics. I show that the first class of arguments is unsuccessful, because formulating the measurement problem does not depend on the metaphysical commitments which (...)
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  46. Scales and Hierachies in Asymptotically Safe Quantum Gravity: A Review.Giulia Gubitosi, Chris Ripken & Frank Saueressig - forthcoming - Foundations of Physics:1-19.
    The asymptotic safety program strives for a consistent description of gravity as a non-perturbatively renormalizable quantum field theory. In this framework the gravitational interactions are encoded in a renormalization group flow connecting the quantum gravity regime at trans-Planckian scales to observable low-energy physics. Our proceedings reviews the key elements underlying the predictive power of the construction and summarizes the state-of-the-art in determining its free parameters. The explicit construction of a realistic renormalization group trajectory describing our world shows that the flow (...)
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