Time

In the 1990s, Anton Zeilinger, a superb experimentalist “trying to understand Nature”, endeavored to elevate information to “a foundational principle for quantum mechanics”. Three decades later, upon earning the 2022 Nobel Prize in Physics with Alain Aspect and John F. Clauser, Zeilinger inspired me to select this article’s name after saying: “The very fundamental question — what does this really mean in a basic way? — is unanswered and is an avenue for new research.” Albeit visibly not content with his (...) “foundational principle”, he still stated during his Nobel lecture: “Maybe, we need a Unification between the Concepts of Reality and Information”. I agree with Zeilinger against ‘many-worlds’ but utterly disagree with his vision of Information as a “foundational principle” for a theory about the physical world. QR/TOPI integrates Quantum Theory (QT) with Special Relativity (RT) by modifying their Ontology, Foundation, Structure, and Interpretation. QR/TOPI shows RT is not the ultimate account of spacetime structure, provides the “radical conceptual renewal” requested by John Bell, and answers the “very fundamental question” posed by Zeilinger. Zeilinger’s ‘Total Information Content’ is shown to be a derivative of the notion of State. Ergo, it cannot be deemed foundational. Zeilinger’s “fundamental question” is answered by reviewing several experimental epitomes of quantum ‘quirkiness’, whose physical meanings proposed to date -if not stranger than the phenomena themselves- are incoherent and overly contrived. Explanatory catchphrases like ‘wave-particle duality’, ‘interaction-free detection’, ‘availability of path-information’, ‘retrocausality’, ‘erasing the past’, ‘changing the path of a photon millions of years ago’, etc. are proven wrong. (shrink)

This is the final draft of the SEP entry "Branching time" by me and the great Alberto Zanardo. See external links for the published version.

This article discusses the status of necessity in an ontology that acknowledges only contingent events and objects, focusing particularly on the relationship between thought and necessity in an ontological framework where thought is seen as a contingent occurrence with a contingent structure. To this end, I closely analyse Deleuze’s criticisms of the Kantian transcendental project and his reworking of the Kantian notion of time and discuss Michael Ardoline's recent work on the relationship between difference and necessity. I make two main (...) claims. The first is that the pure form of time or difference is a transcendental condition for all events and entities (speculative temporalism). The second is that the future is ruled by radical consistency and has the potential to radically transform and destroy everything (enhanced Humeanism). I bring these two facets of Deleuze’s metaphysics of time to address the initial issue of the relationship between necessity and thought. Consequently, I argue that thinking can produce well-grounded necessities, but these well-grounded necessities remain ontologically precarious, as the conditions that sustain them are always subject to potential disruption and destruction in the future. (shrink)

COVID turned our lives into a spectacle, which we were allowed to watch as spectators, but not permitted to participate in, i.e., not allowed to exercise the defining attribute of being human: agency (see Figure). Deprived of our agency, our experience---individual and collective---was that of: 'tumultuous unraveling of events over which we have little control', which is how Time is described in Indo-European languages (see Lawvere, 2002, p. 278). Unlike the points constituting one-dimensional line (usual objectification of time), the basic (...) shape of Time is different from a point, but has one point (geometric objectification of CONSTANCY) corresponding to 'not moving/changing', while the difference corresponds to the 'urge to move/change' (Lawvere, 2017). Thus, an invariant of the human experience of the COVID pandemic is the basic shape of time: urge-to-change AND not-changing. (shrink)

After summarising the evolution of Franz Brentano’s personal thought on time, this paper discusses his work in historical order to see his presentation of Aristotle’s philosophy of time, with particular regard to his unpublished manuscripts. Although he tends to view Aristotle’s idea of time as a mere relation of the changing thing to the celestial rotation, mainly the first sphere, at the end of his life, Brentano assimilates Aristotle’s conception of time more closely to his own personal account of time, (...) which is linked to psychic phenomena and the flow of consciousness. (shrink)

This paper examines how Presentist Fragmentalism (PF) provides a unified framework for resolving key paradoxes in quantum mechanics and relativity. PF posits that reality consists of fragments with independent A-series temporal flows (dynamic, future/present/past) connected by B-series relations (static, earlier/simultaneous/later). We demonstrate PF's explanatory power through analysis of eight fundamental thought experiments, including Einstein's train, Schrödinger's cat, EPR, and the delayed choice quantum eraser. The framework naturally resolves apparent contradictions between quantum non-locality and relativistic causality by distinguishing between B-series relations, (...) which respect relativistic constraints, and A-series synchronization, which enables quantum correlations. This reconciliation requires no additional mathematical machinery beyond standard quantum mechanics, while providing clear ontological understanding of quantum phenomena. We compare PF with other major interpretations, including Aharonov's two-time, Rovelli's relational interpretation, and quantum reference frames, showing how PF offers unique insights into temporal structure. The framework's success in systematically resolving diverse paradoxes while preserving both relativistic and quantum principles suggests it captures fundamental features of physical reality. (shrink)

According to anti-haecceitism, facts about particular things are modally fixed by qualitative matters. According to qualitativism, such facts are metaphysically second-rate, perhaps because grounded in qualitative matters. Qualitativism seems to imply anti-haecceitism, so objections to the latter threaten the former. The most powerful sort of apparent counterexample to anti-haecceitism, I think, consists in a pair of situations that seem the same, and qualitatively symmetric, for a stretch of time, but that differ in how that symmetry breaks. I examine this sort (...) of candidate counterexample in depth, and argue that the prospects for resisting it are heavily sensitive to broader metaphysical considerations, specifically ones about ontology, time, and causation. So, anti-haecceitism’s and qualitativism’s prospects are heavily sensitive to such considerations. (shrink)

This short paper examines the nature of time, arguing that it is not an independent dimension or a container within which events occur but an arising from engagement with persistence. Time does not impose itself onto reality, nor does it exist apart from the entities that experience it. What is commonly understood as past, present, and future are not fundamental properties of events but distinctions introduced through structured interaction with duration. Reality does not segment itself into discrete states of before, (...) now, and after—such divisions arise only in relation to how entities engage with continuity. An event, such as a person’s death, is not intrinsically future before it happens, present as it unfolds, or past after it occurs. Rather, these labels are imposed to structure interaction with an ongoing process. The confusion arises when time is treated as an external feature of reality, rather than as an ordering that emerges from engagement with persistence. This analysis clarifies that clocks and calendars do not measure time itself but are tools created to track and coordinate engagement with duration. The idea that time can dilate, contract, or slow is a misinterpretation of what is being observed—what changes are the instruments that structure reference points, not time as a substance or medium. By distinguishing between reality as continuous presence and becoming and duration as the persistence of entities, this work removes inherited misconceptions about time. Time is neither an illusion nor a cosmic river flowing independently; it is the structured arising of interaction with what endures. Through this understanding, the contradictions surrounding time’s existence dissolve, revealing its nature as neither an absolute framework nor a subjective imposition, but a structured manifestation arising from the interaction with persistence. (shrink)

The discussion of time has held an important place in philosophy since ancient times. While characterizing time within this continuum, differences of opinion among philosophers on various issues have emerged, giving rise to various theories. One such theory is the moving spotlight theory, which conceptualizes the present as an instant of time akin to an object illuminated by a moving spotlight. Daniel Deasy highlights several misunderstandings surrounding the discussion of the moving spotlight theory. According to Deasy, one of the philosophers (...) who misunderstood the moving spotlight theory is Theodore Sider. The main aim of this article is to present the debate between Sider and Deasy and to express my position in favor of Deasy. To achieve this goal, the present article discusses Deasy’s response to Sider’s position after explaining the moving spotlight theory from Sider’s perspective. Finally, the debate is critically assessed to demonstrate why Deasy’s position is more acceptable. (shrink)

The philosophy of superdeterminism is based on a single scientific fact about the universe, namely that cause and effect in physics are not real. In 2020, accomplished Swedish theoretical physicist, Dr. Johan Hansson published a physics proof using Albert Einstein’s Theory of Special Relativity that our universe is superdeterministic meaning a predetermined static block universe without cause and effect in physics. There are various grounds for objecting to Dr. Hansson’s version of superdeterminism, but none hold any water. The most common (...) objections are easily dismissed on the basis of the objector’s ignorance that Dr. Hansson’s version of superdeterminism is unique and not subject to the same objections faced by the version of superdeterminism originally put forth by Dr. John Bell. Other objections based on the Copenhagen interpretation of quantum mechanics can be dismissed, because Dr. Hansson’s version of superdeterminism disproves the Copenhagen interpretation and there is no direct evidence that the Copenhagen interpretation is true. Finally, a wide range of remaining objections can be dismissed for various specific reasons. (shrink)

Key Statements -/- A new definition of consciousness. Consciousness is the minimal capacity to detect = feel (a) difference(s), whether in environmental conditions or internal states. -/- Reality is posited as an infinite, one-dimensional sequence of informational states, fraying into fractal complexity. This continuum has no origin in time, no final endpoint, and no external boundary. -/- Localized “Islands of Meaning”: Not all configurations appear comprehensible to us. Certain stable pockets yield phenomena that we interpret as consistent physical laws, living (...) organisms, or advanced technologies; we inhabit one of these pockets. -/- Consciousness as a Lens: Though the cosmic code is static in total, consciousness imposes a reading order that births our sense of time and development. Consciousness does not create the code but highlights specific strings as “our reality.” -> Creation of time. -/- Near Kinship of Natural and Artificial Intelligence: Both spring from the same portion of the universal code where symbol manipulation can yield adaptive, learning-based behavior. The difference is one of substrate and historical path, not fundamental principle. -/- Tree of known Intelligences: Biology, memetics, and AI form layered ‘software’ with shared roots on a unified information island, all existing within a vast sea of interconnected data flows and influences. -/- Life - a Servant of Entropy: In our pocket of informational infinity, higher-order information systems, e.g., life — as defined above — can be described as catalysts toward a state of increased entropy. Higher-order information processes, such as (biological and so-called artificial or synthetic) life and other software agents, are governed by the natural law of generating as many microstates — the amount of uncertainty or information in a system — as possible. -/- Determinism Amid Perceived Freedom: All is predetermined at the highest level, yet locally, we experience genuine choice because we lack full knowledge of how the program extends. Moral and ethical considerations remain relevant to navigate these local experiences. (shrink)

This paper presents a falsifiable prediction based on A-theories of time, which require both an A-series (future/present/past) and B-series (earlier/simultaneous/later) of time. We make an unusual argument based on the temporal search parameters of YouTube videos, which requires *two* parameters. We make the falsifiable prediction that no interface with just *one* parameter can be made that has the same functionality (as would be asserted in B-theories). This circumstance applies to many areas of human endeavor. We extend this analysis to clocks, (...) showing how sundials, analog clocks, digital clocks, and atomic clocks all fundamentally operate using both temporal series. The progression from hardware to software clocks in computers reveals how both series persist through increasing levels of abstraction. These findings suggest that physics, being fundamentally based on clock measurements, must incorporate both temporal series rather than attempting to reduce one to the other. This approach offers new insights into the relationship between quantum mechanics and relativity, suggesting that quantum mechanics primarily operates in A-series time while relativity operates in B-series time, potentially illuminating why their unification has proven challenging. (shrink)

This paper proposes a novel theoretical framework for reconciling quantum mechanics with relativity that leads to a theory of quantum gravity by examining the fundamental nature of time. In the first section we argue that it is possible to perform an experiment for oneself in which, with enough ‘internal technology’ it is possible to distinguish between one’s experience of time on the one hand, and one’s thoughts about one’s experience of time on the other hand. The former gives McTaggart's A-series (...) (future/present/past) and the latter gives McTaggart’s B-series (earlier/simultaneous/later). Several arguments are then given for why this should work, and several Gedankenexperiments, including Einstein’s Train, are explored and it is shown how they can be solved using this notion of time. These series lead directly to the Presentist Fragmentalist interpretation of quantum mechanics [Merriam 2022a]. To a first approximation, quantum mechanics primarily operates in the A-series and relativity operates in the B-series. The interpretation is used to propose a theory of quantum gravity, where the A-series and the B-series become mixed. It is then shown how this theory leads to the Schrodinger equation in one limit and General Relativity in another limit. (shrink)

Dinner today is 6 hours after lunch today. Also, these are in our future, then in our present (consecutively), and then in our past (consecutively). How do both quantum mechanics and relativity account for these?

Dinner tonight may be 6 hours later than lunch today. Also, lunch and dinner go from being in our future to being in our present (consecutively) and then our past (consecutively). How do quantum mechanics and relativity account for this?

This paper argues that unusual coincidences, particularly those involving historical events, can be viewed as design patterns, suggesting an intelligent influence over the course of events. A compelling case examined in detail using probability theory concerns the presidencies of Abraham Lincoln (1809–1865) and John F. Kennedy (1917–1963). This and other coincidences involving historical figures disfavor the materialistic perspective and point to the presence of an intelligent agent acting on a global scale, beyond the arrow of time, influencing human lives and (...) the course of history. (shrink)

Huw Price and Ken Wharton claimed recently in their paper published in The Conversation that quantum mechanics shows that the future can influence the past. According to their paper, many scientists are convinced about it. However, there is still something mystical for philosophers. The first is about the definition of retrocausality and its philosophical relation to causality. Second, it is concerned with understanding the relationship between cause and effect, not only scientifically but also logically. In this talk, I will answer (...) the two questions by analyzing the concept of temporality and by examining the counterfactual and overdetermination. I found a tension in understanding the concept of necessity in the physical and logical sense. Finally, I will argue that the time reversal asymmetry does not imply retrocausality, and the phenomenon of retrocausality does not exist in reality but only in logic. (shrink)

This paper examines how time functions as an active subject in the works of Mark Doty and Edmund de Waal, mainly through their reflections on still life and material objects. Doty’s meditations on a still life painting and De Waal’s exploration of his family’s netsuke collection reveal an inversion of our typical understanding of time, where instead of us moving through time, time itself shapes, preserves, or erodes people, places, and things. By closely observing these objects—Doty’s “things of the world” (...) and De Waal’s family heirlooms—each author recognizes how time acts upon them, turning seemingly permanent elements into transient reflections. This study argues that, in both accounts, time is a subjugating force and a silent reminder of impermanence. In this way, the paper invites readers to adopt a “close-looking” perspective, recognizing time’s invisible yet profound impact on memory, materiality, and the passage of life itself. (shrink)

This paper attempts to explore theoretical plausibility of a deterministic universe capable of accommodating freedom by postulating certain requisite features for the set of initial conditions (without probing into the nature of deterministic laws). In another sense this paper codifies a reaction to McTaggart’s argument for the unreality of time.

We have ignored for a century that the incompleteness of Quantum Theory (QT) is inseparable from the incompleteness of Special Relativity (RT). In this article, I claim that the latter has been gravely incomplete vis à vis the former from 1927 until today. But completing RT in the light of QT is not as simple as merely postulating nonlocality and stochasticity as “elements of reality” (which is de facto done by most physicists and pragmatic philosophers); otherwise, RT would not still (...) be in a “peaceful” conflict with QT after a century. Vice versa, I contend that QT is incomplete vis à vis RT, though not for the reasons claimed in the iconic EPR paper. We then show how to complete the Ontology, Foundation, and Structure of both RT and QT and merge them into an internally consistent embracive theory I call QR/TOPI. This theory offers a more cogent and simpler avenue to integrate RT with QT than positing exotic causal structures like ‘retrocausality’, ‘future-input dependence’, ‘superdeterminism’ – not to mention the extravagant ‘Many-Worlds’, ‘Many-Minds’, ‘Parallel-Lives’, and other interpretations of QT like Many-Histories, QBism, etc. -/- QR/TOPI provides the “radical conceptual renewal” wished by John Bell so as to integrate probability and nonlocality into an upgraded RT and, reciprocally, to integrate Frame-Invariance into QT while at the same time, as demanded by 2022 Nobel laureate Anton Zeilinger, providing basic physical meaning to the resulting encompassing theory. The old outcast notion of absolute simultaneity is resurrected without any conflict with Einstein’s relative simultaneity, while Frame-Invariance is preserved via our Quantumlike Transformation (QLT), which is an extension of the Lorentz Transformation (LT): QLT includes what LT excludes: nonlocality. -/- Section 1 examines the philosophical foundations of Space and Time, focusing on RT, its plethora of empirical validations, and the tenets which make it incompatible with QT. Section 2 incorporates stochasticity into RT. Sections 3 through 5 gradually introduce QR/TOPI for mono-, bi-, and tri-quanton systems, with full consideration of Bell Theorem, nonlocality, teleportation, and their implications. Section 6 attempts to review the current status quo. Section 7 makes the case for the incompleteness of RT and QT. Section 8 explains how to complete and integrate both theories so as to formally develop QR/TOPI. Finally, in Section 9, via multiple experimental setups, I zero in on Zeilinger’s basic question: “what does this really mean in a basic way?”. (shrink)

Although he is best known as the founder of pragmatism, the name that Charles Sanders Peirce prefers to use for his comprehensive system of thought is "synechism" because the principle of continuity is its central thesis. This paper arranges and summarizes numerous quotations and citations from his voluminous writings to formalize and explicate his distinctive mathematical conceptions of hyperbolic and topical continuity, both of which are derived from the direct observation of time as their paradigmatic manifestation, and then apply them (...) in normative science and metaphysics, especially logic as semeiotic and cosmology. The resulting conclusion is that the intelligibility of the universe is plausibly explained by conceiving it as one immense sign, a vast inferential process: a semiosic continuum whose connected constituent signs are indefinite until deliberately marked off, with God the Creator as its overall dynamical object in the infinite past and God completely revealed as its overall final interpretant in the infinite future. (shrink)

We propose the Prototime Interpretation of quantum mechanics, which claims that quantum entanglement occurs in a "prototemporal" realm which underlies spacetime. Our paper is tentative and exploratory. The argument form is inference to the best explanation. We claim that the Prototime Interpretation (PI) is worthy of further consideration as a superior explanation for perplexing quantum phenomena such as delayed choice, superposition, the wave-particle duality and nonlocality. In Section One, we introduce the Prototime Interpretation. Section Two identifies its advantages. Section Three (...) discusses several implications of the view, such as its deterministic nature and relation to the simulation hypothesis. (shrink)

I develop a genealogy of the concept of ‘energy’ in western philosophy and science, focusing on how energy concepts (e.g., energeia, vis viva, kinetic/potential energy) have been theorized in relation to time. Looking especially to the ideas of Gilles Deleuze, Henri Bergson, Friedrich Nietzsche, and Martin Heidegger, I argue that the thread that connects energy concepts through time is the epistemological tendency to derive conceptual accounts of change from a prior ontological sameness or essence. I then attempt to lay the (...) groundwork for a process metaphysics that harmonizes with contemporary findings in the physical sciences, while also extending the concept of energy to account for the presence of subjectivity in nature. (shrink)

Considering questions at the intersection of time and fiction deepens our understanding of fiction, introduces new questions for philosophy of time, and brings analytic philosophy in discussion with narratology. Philosophers debate whether fictional time can be tensed, whether fictional time can branch, repeat, pause, rewind, or skip and whether fictional time travel is possible. Much of the way we answer these questions will depend on our overall commitment to the nature of fiction. It’s also unclear what, if anything, we can (...) learn about the metaphysics of time from fiction. This chapter will introduce readers to discussions that are shaping the debates in this domain. (shrink)

Preparing general relativity for quantization in the Hamiltonian approach leads to the `problem of time,' rendering the world fundamentally timeless. One proposed solution is the `thermal time hypothesis,' which defines time in terms of states representing systems in thermal equilibrium. On this view, time is supposed to emerge thermodynamically even in a fundamentally timeless context. Here, I develop the worry that the thermal time hypothesis requires dynamics -- and hence time -- to get off the ground, thereby running into worries (...) of circularity. (shrink)

This paper introduces and discusses three models of future: a determinist model, a stochastic model, and the model of True Prophetic Knowledge. All three models coexist in natural languages and are represented both in their grammatical systems and in the text-building discourse strategies speakers and authors apply to.

I discuss the foundations of predicate ontologies based on two model notions – elementary states of affairs and eventualities, i.e. ordered pairs of initial and end states of affairs. Vendlerian classifications are oriented towards elementary states and tense logic, while Davidsonian classifications deal with eventualities and event logic. There are two kinds of atemporal predicates - fact and properties. Facts are propositional arguments of second-order predicates which add a special meaning that the embedded proposition was verified. Properties are atemporal first-order (...) predicates that lack eventive interpretation and are not associated with factive frames. Davidsonian states are homogeneous durable spatiotemporal things distinct both from atemporal properties and spatiotemporal dynamic predicates. Davidsonian states are causally independent, while resultatives are causally determined as they reconstruct a preceding event that has caused the end state p. I discuss the contrast between external and internal Davidsonian states. The former lack a priority argument and can be quantified extensionally. The latter have a priority experiential argument and can only be quantified intensionally. External states can be observed, while internal states cannot. (shrink)

In manuscripts from 1929, Wittgenstein envisaged a phenomenological language as a means to describe the experience of objects, alternative to an account of experienced objects provided by ordinary language - but the project failed. The chapter addresses that failure and its significance to philosophical methodology. Wittgenstein acknowledges that the ideal of a non-hypothetical description of immediate experience tempted not only him, but also other philosophers. The chapter traces an itinerary to his concerns that the fulfilment of that ideal - to (...) purely describe a purified experience - would eventually lead into "a bewitched swamp where everything comprehensible vanishes" and would ultimately involve an "inarticulate sound with which many writers would like to begin philosophy". Wittgenstein perceives variations of that sound in Husserl, Heidegger, and the private language he later addresses. (shrink)

The author Jacob Roman (Parr) provides commentary and line by line analysis of 218b10 through 223a23 , which is of Aristotle's Physica . -/- written in 2023 .

By utilizing words, photographs, and motion pictures, this multimodal and multisited project traces a rhizomatic genealogy of Russian Cosmism—a nineteenth century political theology promoting a universal human program for overcoming death, resurrecting ancestors, and traveling through the cosmos—throughout post-Soviet techno-utopian projects and imaginaries. I illustrate how Cosmist techno-utopian, futurist, and other-than-human discourse exist as Weberian “elective affinities” within diverse ecologies of the imagination, transmitting a variety of philosophies and political programs throughout trans-temporal, yet philosophically bounded, communities. With a particular focus (...) on the United States and Ukraine, and taking an apophatic analytical position, I dissect how different groups of philosophers, technologists, and publics interact(ed) with Cosmism, as well as how seemingly disparate communities (re)shape and deterritorialize Cosmist political theology in an attempt to legitimize their constructed political imaginaries. (shrink)

Special issue: "Henri Bergson. Creative Evolution and Philosophy of Life." -/- I read the genealogy of the concept of energy through Bergson's Creative Evolution to argue that, historically, energy and its proto-concepts are grounded in spatialized notions of time. Bergson's work not only demands that we rethink energy and its relation to time, it also allows us to see that the concept of energy as we know it depicts time and materiality as a numerical multiplicity, which effaces the differences in (...) kind which are characteristic of energy transformations and real duration. To make this case, I first provide an analysis of Bergson’s concept of the cinematographical mechanism of thought, which splits duration into a composition of distinct states strung together by the idea of an impersonal becoming. Bergson claimed that this is the epistemological model for both ancient philosophy and modern science, meaning that it is also the epistemological ground within which energy concepts in western philosophy and science have been theorized. I then show how Bergson offers a way to overcome this model of theorizing through his method of intuition, and how these conclusions might be extended to future energy concepts. Thus, I argue that 1) Bergson’s work on duration allow us to interpret the genealogy of energy as the history of attempts to provide an account of change in terms of spatialized notions of time; 2) that his work offers a way of incorporating historicity into our understanding of energy; and 3) that thinking energy in the context of duration offers the possibility of conceptualizing energy as change. (shrink)

This book reconstructs Heidegger’s philosophy of time by reading his work with and against a series of key interlocutors that he nominates as being central to his own critical history of time. In doing so, it explains what makes time of such significance for Heidegger and argues that Heidegger can contribute to contemporary debates in the philosophy of time. Time is a central concern for Heidegger, yet his thinking on the subject is fragmented, making it difficult to grasp its depth, (...) complexity, and promise. Heidegger traces out a history that focuses on the conceptualisations of time put forward by Aristotle, Plotinus, Augustine, Kant, Hegel, Bergson, and Husserl—an “alternative history of time” that challenges how time has been defined and studied within both philosophy and the sciences. This book explores what happens when we take seriously Heidegger’s claim that these seven figures are essential to any understanding of time, setting out what this can tell us about existence, possibility, and philosophy as a historical discipline. Heidegger’s Alternative History of Time will appeal to scholars and advanced students working on Heidegger, phenomenology, the philosophy of time, and the history of philosophy. (shrink)

According to First-Person Realism, one's own first-person perspective on the world is metaphysically privileged in some way. After clarifying First-Person Realism by reference to parallel debates in the metaphysics of modality and time, I survey eight different arguments in favor of First-Person Realism.

A person is biased toward the future when she prefers, other things being equal, bad events to be in her past rather than her future or good ones to be in her future rather than her past. In this paper, I explain why both critics and defenders of future bias have failed to consider the best version of the view. I distinguish external time from personal time, and show that future bias is best construed in terms of the latter. This (...) understanding of future bias avoids several standard objections. I then consider a new justification of future bias which is consistent with that construal. My discussion points to a new position regarding the basic relation that grounds rational egoistic concern over time, according to which that relation is asymmetric between person-stages. I also explain how this way of justifying future bias would resolve the apparent tension between the future bias we display in our own case and our relative indifference toward the timing of the good and bad things that happen to other people. (shrink)

Dispositionalism is the theory of modality according to which all (metaphysical and natural) modal truths are made true by some actual irreducibly dispositional property. The relationship between Dispositionalism and time is yet to be satisfactorily explored. In this paper we contribute to this task by examining how Dispositionalism deals with ‘dated truths’: propositions involving a specific time, e.g. “It might rain at 12.30”. We examine two possible accounts: the first, 'Dated Manifestations Strategy', is the idea that powers are very fine-grained, (...) and tend towards temporally very specific manifestations. We argue that such strategy should not be adopted, for it leads to unnecessary violations of ontological parsimony; it is unable to accommodate an ontology of platonic universals; and it is incapable of offering a principled explanation of the forward-looking nature of powers. We offer an alternative account, the "Duration Strategy", which relies on an independently determined arrow of time and the existence of some “duration facts” that specify how long a power takes to bring about its manifestation. We argue that the Duration Strategy is to be preferred. We then flesh out the account by exploring the connection between powers, duration facts, and processes. (shrink)

The problem of time involves an overlap between physics, philosophy, psychology and neuroscience. My talk will discuss the role of time in physics but also emphasize that physics may need to expand to address issues usually regarded as being in the other domains. I will first review the mainstream physics view of time, as it arises in Newtonian theory, relativity theory and quantum theory. I will then discuss the various arrows of time, the most fundamental of which is the passage (...) of time associated with consciousness. I will argue that this goes beyond both relativity theory and quantum theory, so that one needs some new physical paradigm to accommodate it. A new paradigm is required anyway to describe quantum gravity and this may elucidate the nature of both time and consciousness. (shrink)

This chapter contains sections titled: Relationism, Substantivalism and Space‐time Conventionalism about Space‐time Black Holes and Singularities Horizons and Uniformity Conclusion.

In this paper, I introduce a quantifier-pluralist theory of time, temporal quantifier relativism. Temporal quantifier relativism includes a restricted quantifier for every instantaneous moment of time. Though it flies in the face of orthodoxy, it compares favorably to rival theories of time. To demonstrate this, I first develop the basic syntax and semantics of temporal quantifier relativism. I then compare the theory to its rivals on three issues: the passage of time, the analysis of change, and temporal ontology.

Our aim in this chapter is to shed light on Kant’s account of the pure forms of sensibility by focusing on a somewhat neglected issue: Kant’s restriction of his claims about space and time to the case of human sensibility. Kant argues that space and time are the pure forms of sensibility for human cognizers. But he also says that we cannot know whether space and time are likewise the pure forms of sensibility for all discursive cognizers. A great deal (...) of attention has focused on the first of these claims, both on how Kant argues for it and how it relates to transcendental idealism. But a satisfactory interpretation must also account for the second claim, and it must account for the fact that Kant endorses both of them. What we need is an explanation of why Kant thinks our knowledge that space and time are the pure forms of sensibility extends to all human beings but no further. (shrink)

L'ontologia temporale è la riflessione sullo statuto ontologico delle entità meramente passate o future. In questo contributo intendo chiarire il significato di questa questione, presentare le principali opzioni teoriche che si delineano rispetto ad essa e, concentrandomi sulle due principali teorie contendenti, B-eternismo e presentismo, illustrare gli argomenti più rilevanti formulati a favore dell'una e dell'altra.

I argue that it is metaphysically necessary that: (i) every fundamental entity is conscious, and (ii) every fundamental property is a phenomenal property.

This is an invited commentary on "Physical Time within Human Time" (Gruber, Block, & Montemayor, 2022) and "Bridging the Neuroscience and Physics of Time" (Buonomano & Rovelli, 2021). I’m very sympathetic to aspects of each proposal. In this article, I offer some comments, starting with (Buonomano & Rovelli, 2021).

What might be the fundamental psychology of intelligence naturally selected in biological evolution to minimize, prevent, and cure social and personal issues like war, crime, commit suicide, homicide, theft, drug addictions, and so on? How to achieve a higher level of well-being? I found a primary cognitive limiting factor called mind viruses (MV)(more than 3000) which regresses intelligence and well-being and makes the grand delusion: remedies are healthy mind viruses(HMV)(3000). Here, I show the disclosed core of early Buddhist teachings (on (...) learning, training the mind, and behavior on the 8-fold psychological course psychologically 'program' for better (intelligent) decisions. A theoretical 3D graph might represent the state of evolution of intelligence, nature, nurture, X-ultra quantum unique consciousness particle (X-UQUPC), and psychological well-being with the psychological time of a person. To this hypothesis, if the afterlife occurs, the natural selection of vacant zygote/early embryo neurons of the next life and their quality might depend on the finally evolved X-ultra quantum genomic particle of consciousness (X-UQGPC). Therefore, the quality, including the species of the new life and its nurture in the universe/s, depends on the quality of the finally evolved X-UQGPC. Such natural selection of a new nurturing environment for future (promising)life might be uncertain and, therefore, a high risk of finding a life-consciousness in great nature and nurture. However, there may be more mysterious issues to be solved in future research; therefore, the article might not discuss a theory of everything on the central theme. -/- . (shrink)

One of the central criteria for free will is “Could I have done otherwise?” But because of a temporal asymmetry in human choice, the question makes no sense. The question is backward-looking, while human choices are forward-looking. At the time when any choice is actually made, there is as of yet no action to do otherwise. Expectation is the only thing to contradict (do other than). So the ability to do something not expected by the ultimate expecter, Laplace’s demon, is (...) a better criterion for free will. If human action is fundamentally unpredictable, then we have free will. Scientists have studied a form of fundamental unpredictability, known as undecidability. The features that make a system capable of undecidable dynamics have been identified: program-data duality; potential to access an infinite computational medium; and the ability to implement negation. Humans have all three of these features, so we very likely are fundamentally unpredictable, so we have free will. (shrink)

Barlassina and Del Prete argue that the past can change, on the basis that there is no other explanation for the truth values of certain claims involving the past-tense predicate ‘won the Tour de France in 2000’. To establish this, they argue that no contextualist account of this predicate will be able to explain these truth values. I show that their argument straightforwardly fails. Not only does a tweak to the contextualist account they consider suffice to explain these truth values, (...) there is in fact an even simpler and more plausible non-contextualist account that can do the same work. Put simply: there is no puzzle of the changing past. (shrink)

The first section of the chapter will address the philosophy of modality among Spinoza’s medieval Jewish predecessors, and, primarily, in Hasdai Crescas (1340-1410/11), a bold and original, anti-Aristotelian philosopher. This section should both complement the discussion of modality in medieval Christian and Islamic philosophy in the previous chapters of this volume and provide some lesser-known historical background to Spinoza’s own engagement with modal philosophy. Following a section on Spinoza’s definitions of his main modal concepts and his understanding of contingency, I (...) will turn, in the third section, to discuss the extent of Spinoza’s commitment to necessitarianism. The recent debate about whether Spinoza was a strict necessitarian has resulted in quite a few insights about Spinoza’s modal philosophy, but it has also detracted attention from some basic questions about Spinoza’s modal philosophy, and in the fourth and last section of the chapter, I will attempt to chart the foundational questions that still have been barely explored. The primary aim of this chapter it to provide a survey and outline of the chief elements of Spinoza’s modal philosophy. Still, beyond the mere overview of Spinoza’s arguments (and some major scholarly debates), I will also advance two original theses. First, I will show that Spinoza makes a distinction between two notions of contingency, and that once this important distinction is observed, Spinoza’s various assertions about contingency turn out to be consistent. Secondly, I will discuss the text (E2a1) which is commonly taken to be the strongest and most stubborn proof against the reading of Spinoza as strict necessitarianism; I will show that the basic meaning of this text has been widely misunderstood, and that E2a1 is perfectly compatible with strict necessitarianism. (shrink)

In our study, we conducted three hypothetical experiments, assuming all participants had healthy brains and minds in similar environments. We based our methodology on the premise that cell death can preserve anatomical and neural integrity (Vrselja et al., 2019). Between T1 and T2, six brains were rendered non-functional (brain death), eliminating consciousness. Participants were divided into three groups: -/- 1. Identical Triplets (Group I): Individuals 'a, 'b,' and 'c.' -/- 2. Second Set of Identical Triplets (Group II): Individuals 'd, 'e,' (...) and 'f.' -/- 3. Non-identical Triplets (Group III): Individuals 'g, 'h,' and 'i.' -/- Uniform conditions were maintained across all groups, ensuring identical nutrients and processes. In the third experiment, we preserved the inactive brains of 'a,' 'b,' 'd,' 'e,' 'g,' and 'h' from **T1** to **T2** and created three new identical brains for each participant, resulting in twenty-seven new brains labeled ('a1' to 'i3'). The original six brains were revived, leading to thirty-six participant brains in the lab. -/- Results -/- If our third experiment holds validity, it suggests that all twenty-seven artificially created brains and the revived six brains could function, resulting in thirty-six operational brains at T2. This includes the three live brains of 'c,' 'f,' and 'i.' -/- Discussion -/- Determining whose consciousness resides within the lab is practically impossible, except for 'c,' 'f,' and 'i.' For instance, if you are 'a' before *T1*, identifying which of the eleven identical brains ('a', 'a1', 'a2', 'a3', etc.) contains your consciousness at *T2* is challenging. Assuming your consciousness exists in all eleven brains post-T1* raises critical questions: Did your singular consciousness cease to exist, or did it transfer to a specific brain outside the lab? This dilemma highlights profound implications for our understanding of consciousness and identity. -/- Conclusion -/- If your existence ceased (no afterlife- discontinued ''a'consciousness-) at T1, theoretically, "you (a)" could reappear ( at T2 ) in two or more identical brains, in the laboratory setting. However, as extensively discussed in this research, a single consciousness can't exist in multiple brains simultaneously. While there may be two, many, or even infinite identical brains in the universe/s, no one simultaneously experiences( 'feel-aware' ) their consciousness in multiple places. Although the brain's quality and quantity continually change over time, encompassing aspects such as neurons, neurochemistry, and the biophysics of brain function, unique consciousness persists from childhood to death within a single brain. The hypothesis concerning the continuum of unique consciousness within the dynamic framework of the material brain presents a complex enigma. It posits that unknown, two fundamental particles—one universally unique (to a particular brain) and invariant and the other subject to continuous evolution—coexist within the brain throughout its functional lifespan. This coexistence may elucidate the mechanisms underlying consciousness and its persistence, despite the brain's ongoing structural and functional transformations. This simple reasoning strongly supports the high probability of life ('your' -' a') after death occurring in a single brain at T1,( outside the lab) without any passage of time. -/- What is the research valuable for? -/- This article examines the ongoing mysteries of consciousness and the afterlife—two topics that have intrigued humanity for centuries. Despite significant advancements in science and technology, no widely accepted scientific theories have been developed to address these problems. Various religious, rational, and irrational beliefs persist among scholars and laypeople. -/- Our research presents a novel idea supported by simple experiments, empirical evidence, and relevant theories. It delves into the complexities of consciousness, its connection to the brain, and the necessity for interdisciplinary collaboration. The study suggests a high possibility of continuous consciousness after death and argues that many multidisciplinary publications align with and support our findings. -/- If we dismiss the concept of an afterlife, we may struggle to reconcile experimental results with existing theories. Beyond theoretical implications, this article posits that understanding these mysteries could enhance human well-being and foster a more peaceful, happier world. Recognising the possibility of an afterlife underscores the risks associated with being born into a suffering environment in the universe/s. -/- This research employs new methodologies and aims to provide fresh insights that could transform our perception of existence and promote positive growth in individuals and society. This includes advancements in mental and physical well-being and intelligence. -/- In this controlled thought experiment, we explore that a 'fact ' of 'soul', like unknown particle/s, may exist within the ever-changing materialistic brain. We found that 1. there's no free will, 2. Certain ( yet) unknown particle/s might not change brain matter 3. Brain's natural functions impact genomic changes on unknown particle/s 4. Mind and behaviours are just natural phenomena no free will) 5. Activation of Major ( found over 3000), and innumerable Neuro-psychological (minor ) mind virus (MV) and healthy mind virus ( over 3000 major HMV and innumerable minor MV) might impact specific changes on unknown particles 6. Certain unknown particle/s probably propagate at infinite speed when you die and bond with the next suitable, vacant nervous stem (due to the natural evolution of your unique consciousness), 7. Systematic Mind virus scans are probably a method of correct meditation as a ( psychological) virus guard of the brain. 8. level of mind virus scan depends on the potential level of intelligence of you and your 'trainer/ teacher' s intelligence level at a certain moment related to a specific mind virus in a specific time...9. While this unknown remains unobservable directly through scientific testing, our hypothesis suggests the existence of an unknown entity rather than any fundamental forces, quantum levels particles, or fields (like electromagnetic, magnetic, gravitational, etc.) which could describe by Maxwell equation in physics, so on. 10. Despite the continual changes in brain matter, structure, and size—from the macroscopic to the quantum levels—healthy individuals experience a consistent sense ( all of you feel a unique identity) of 'consciousness -mind- feeling'- awareness' throughout 'your' lives. This raises profound questions: How does this unique continuity occur? Why does it happen? 11. MV and HMV (described in my other research paper on the evolution of human intelligence), are functions as Neuropsychological factors in a brain not perfectly similar to computer virus and virus guard scanning: however, brain MV and HMV scanning is different and brain is a biological 'computer' 12. ' diagnosis ', categorization, cure,( Scanning ), and prevention methods on MV and HMV were summarization in 8 sentences, I found in a volume of PTS, London,(1),(2), (3),(4) by an ancient philosopher/ teacher, who was in India! -/- These compelling inquiries have deeply inspired me. I extend my gratitude to all in the most prestigious science journal *Nature* and the team of scientists(5) who published the groundbreaking article on the revival of dead pig brains, which ignited my motivation to write this research Article, finally. Our minds have been greatly disturbed by thousands of peer-reviewed studies on meditation ( in PubMed Central, I found more than 37900 peer-reviewed publications, review articles on Google Scholar -64,900, and on Google Scholar- 1,490,000 research works on meditation!) -/- What are the big questions still unanswerable? -/- However, we can not answer the big question of why and how consciousness originated. At which level of the nervous system is it ready to bond with such 'soul-like 'fact, the unknown particle/s? 3. Is there any way to directly observe and measure the soul-like particles in empirical research? 4. Do we need new science/physics to solve specific big questions?... -/- Thank you for reading our study! -/- I should GREATLY ADMIRE YOUR critical comments! -/- (1. )SV ,( PTS) 420p. London -/- (2. )Rahula, W., What the Buddha Taught, The Golden Fraser Gallery Ltd, 1990 -/- (3.)Boddhi, B., The Noble Eight-Fold Path, ( Wheel 308/311) -/- (4.)Nayanatiloka, Buddhist Dictionary, BPS, Kandy, 2004 -/- (5.) Vrselja, Z. et al. Nature 568, 336–343 (2019. (shrink)

The cognitive scientist Donald Hoffman argues that we don't perceive reality: spacetime, objects, colors, sounds, tastes, and so forth, are all merely an interface that we evolved to track evolutionary fitness rather than to perceive truths about external reality. In this paper, I expound on his argument, then I extend it, primarily, by looking at key ideas in physics that are quite germane to it. Among the topics in physics that I discuss are black holes, the holographic principle, string theory, (...) duality, quantum gravity, and special relativity. I discuss these ideas from physics with an eye to their relevance for Hoffman's view. (shrink)

Physical systems without time and dynamics have been considered. The principle of how to construct spacetime in a physical system without time and dynamics has been proposed. It has been found what can be objects in such a spacetime, and what can be an interaction between such objects. Within the framework of the considered class of systems, answers to the following problems of philosophy and physics have been found: the nature of consciousness and the connection of body and consciousness (mind-body (...) problem), the nature of time, the anthropic principle and the problem of fine-tuning the universe, the effectiveness of mathematics in describing physical phenomena, the limits of knowledge. There are a number of indications that our Universe is not based on one of the systems of the class considered. The considered class of systems makes it possible to find answers to questions that cannot be answered for our Universe. This shows that it is fundamentally possible to find answers to these questions for our Universe as well. (shrink)