I will give a broad overview of what has become the standard paradigm in cosmology. I will describe the relational notion of time that is often used in cosmological calculations and discuss how the local nature of Einstein's equations allows us to translate this notion into statements about `initial' data. Classically this relates our local definition of time to a quasi-local region of a particular spatial slice, however incorporating quantum theory comes at the expense of losing this locality (...) entirely. This occurs due to the presence of two, apparently distinct, issues: Seemingly classical issues to do with the infinite spatial volume of the universe and Quantum field theory issues, which revolve around trying to apply renormalization in cosmology. Following the ‘cosmological principle’ - an extension of the ‘Copernicus principle’ - that physics at every point in our universe should look the same, we are lead to the modern view of cosmology. This procedure is reasonably well understood for an exactly homogeneous universe, however the inclusions of small perturbations over this homogeneity leads to many interpretational/ conceptual difficulties. For example, in an infinite universe perturbations can be arbitrarily close to homogeneous. To any observer, such a perturbation would appear to be a simple rescaling of the homogenous background and hence, physically, would not be considered an inhomogeneous perturbation at all. However, any attempt to choose the physically relevant scale at which perturbations should be considered homogeneous will break the cosmological principle i.e. it will make the resulting physics observer dependent. It amounts to `putting the perturbations in a box' and a delicate practical issue is that the universe is not static, hence the scale of the box will be time dependent. Thus what appears ‘physically homogeneous’ to an observer at one time will not appear so at another. This issue is brought to the forefront by considering the canonical version of the theory. The phase space formulation of General Relativity, just as for any other theory, contains the shadow of the underlying quantum theory. This means that, although the formulation is still classical, many of the subtleties that are present in the quantum theory are already apparent. In the cosmological context the infinite spatial volume renders almost all expressions formal or ill-defined. In order to proceed, we must restrict our attention to a cosmology that has some finite spatial extent, on which our relational notion of time is everywhere definable. In particular, this would constrain the permissible data outside our `observable universe'. This difficulty is an IR or large scale issues in cosmology, however in addition there are UV or short scale problems that need to be tackled. There are the usual problems of renormalization, which are further complicated by the fact that the universe is not static. In the cosmological setting this leads to new IR problems which again prevent one from taking the spatial extent of the universe to infinity. The physical relevance of this problem, the consequence for defining a time variable, and the distinction of homogeneous and inhomogeneous IR issues will be discussed. (shrink)

Aristotle posits that time, as defined by the “number of motion in respect of before and after” (_Physics_ IV 11.219b1-2), is an inherent property of motion itself rather than a prerequisite. This implies the possibility of identifying time-independent properties of natural motions. One such critical feature, crucial to understanding the basic meaning of time, is the presence of an inherent order of before and after within motion, regardless of time. The concept of a non-temporal before and (...) after within motion is now accepted or seriously considered in scholarly discussions. However, it remains one of the most confusing and difficult issues in the interpretation of Aristotle’s conception of time. How can we conceive of motion apart from time? Moreover, how does Aristotle seemingly take this aspect for granted? In order to address these issues, I propose to combine philosophical inquiry with grammatical and mathematical reflections. I will examine the analysis of motion alongside the verbs used to describe it, with a keen focus on aspect. Hence I will draw connections between the relationship of motion and time and that of physical and mathematical objects. (shrink)

This investigation of time and space is motivated by gaps in our current understanding: by the lack of definitions, by our failure to appreciate the nature of these entities, by our inability to pin down their properties. The author's approach is based on two key ideas: The first idea is to seek the geo-historical origins of time and space concepts. A thorough investigation of a diversified archaeological corpus, allows him to draft coherent definitions; it furthermore gives (...) clues as to whether time and space were discovered or invented. The second idea is to define the units before trying to define space and time. The results presented here are unexpected: Time and space were not discovered in nature, but they were invented; time is not a phenomenon and space has no materiality; they are only concepts. This runs contrary to the opinion of most scientific and the philosophical authorities, although one would seek in vain for a theoretical validation of the conventional position. This book will provide much food for thought for philosophers and scientists, as well as interested general readers. (shrink)

The definition of art is controversial in contemporary philosophy. Whether art can be defined has also been a matter of controversy. The philosophical usefulness of a definition of art has also been debated. -/- Contemporary definitions can be classified with respect to the dimensions of art they emphasize. One distinctively modern, conventionalist, sort of definition focuses on art’s institutional features, emphasizing the way art changes over time, modern works that appear to break radically with all traditional art, the (...) relational properties of artworks that depend on works’ relations to art history, art genres, etc. – more broadly, on the undeniable heterogeneity of the class of artworks. The more traditional, less conventionalist sort of definition defended in contemporary philosophy makes use of a broader, more traditional concept of aesthetic properties that includes more than art-relational ones, and puts more emphasis on art’s pan-cultural and trans-historical characteristics – in sum, on commonalities across the class of artworks. Hybrid definitions aim to do justice to both the traditional aesthetic dimension as well as to the institutional and art-historical dimensions of art, while privileging neither. (shrink)

Two definitions of Mach’s principle are proposed. Both are related to gauge theory, are universal in scope and amount to formulations of causality that take into account the relational nature of position, time, and size. One of them leads directly to general relativity and may have relevance to the problem of creating a quantum theory of gravity.

In the past four decades, the notion of quantum polynomial-time computability has been mathematically modeled by quantum Turing machines as well as quantum circuits. This paper seeks the third model, which is a quantum analogue of the schematic definition of recursive functions. For quantum functions mapping finite-dimensional Hilbert spaces to themselves, we present such a schematic definition, composed of a small set of initial quantum functions and a few construction rules that dictate how to build a new quantum function (...) from the existing ones. We prove that our schematic definition precisely characterizes all functions that can be computable with high success probabilities on well-formed quantum Turing machines in polynomial time, or equivalently uniform families of polynomial-size quantum circuits. Our new, schematic definition is quite simple and intuitive and, more importantly, it avoids the cumbersome introduction of the well-formedness condition imposed on a quantum Turing machine model as well as of the uniformity condition necessary for a quantum circuit model. Our new approach can further open a door to the descriptional complexity of quantum functions, to the theory of higher-type quantum functionals, to the development of new first-order theories for quantum computing, and to the designing of programming languages for real-life quantum computer. (shrink)

In the paper two definitions of moments of time as the sets of events are considered. The first one is Russell’s definition based on a relation simultaneity of events. The second one is my construction of moments of time grounded on a relation of being immediately preceding.

The main objective of this work was to produce a scientifically reasonable definition of God. The rationale was to generate a definition for filling a small part of the spiritual vacuum of the 21st century and thus initiate a new understanding of the Intelligence that permeates the cosmos with mystery, love, order, direction and morals. This resulted in the following definition: “God may be a-humanly incomprehensible-eternal cosmic existence, intimately related to the endlessness of space, to the nature of the deepest (...) common substance of matter and energy, to this common substance’s unceasing motion responsible for time, and to the basic laws of their allness, letting love transform this allness to an ordered Multiverse with a Soul: the—scientifically approachable—Soul of Multiverse inspired to guard these laws and equip their order with direction and morals while imbuing the cosmos with the potential of lives evolving, at the right spatial and temporal distances, to embrace the sense of the divine, thus justifying the existence of God.” The likely neural circuitry for sensing God in the human brain was identified as a network for spiritual data flow across the conscious and subconscious layers of the association cortical cognitive system exchanging data with the prefrontal cortical Self-Ken and modulated by inputs from the emotional and motivational systems of the brain. To study this mental process, the design of a God-Experience Monitor was also developed: a comfortably wearable combination of EEG and audiovisual-recorders tailored to at least partially capture the individual experiences of God anytime and at the very “genius loci” of such experiences. (shrink)

During the last decades the question of defining life has gained increased interest but, at the same time, the difficulty in reaching consensus on a possible answer has led many to skeptical positions. This, in turn, has raised a wider debate about why defining life is so hard and controversial. Such a debate introduces additional aspects to be considered, like the role and nature of a definition of life itself. In this paper, we will focus on those aspects, arguing (...) that progress can be made if we conceive definitions of life as open heuristic tools that contribute to develop specific research strategies in the biological sciences and, more generally, to increase our understanding of life’s complexity. In contrast with pragmatic or operationalist approaches, we will defend that definitions of life comprise a set of ontological assumptions, together with an inherent unifying vocation, so they should be subject to comparison and critical assessment, closely related to the success or failure of the corresponding research programs, but also to the success or failure in establishing well-grounded interconnections among the latter. We consider that the search for a more coherent, integrated and generalized theory of biology cannot be pursued without keeping an empirical standpoint, and the exercise of defining life should not be taken as an obstacle but as a valuable instrument to achieve that goal. (shrink)

Abstract A lot of science has passed under the bridge since the classic definition of evolution as a change in gene frequencies in a population became common. Much knowledge has accumulated since then about evolution, heredity, ecology, development, phenotypic plasticity, niche construction and genetic drift. Building on Van Valen’s description of evolution as “the control of development by ecology,” it is suggested that the classic definition be replaced by a updated ‘eco‐evo-evo’ definition of evolution by natural selection which acknowledges this (...) accumulation. (shrink)

David Lewis, following in the tradition of Broad, Quine and Goodman, says that change in an object X consists in X's being temporally extended and having qualitatively different temporal parts. Analogously, change in a spatially extended object such as a road consists in its having different spatial parts . The alternative to this view is that ordinary objects undergo temporal change in virtue of having different intrinsic non-relational properties at different times. They endure, remaining the same object throughout change, whereas (...) Lewis's temporally extended 4D objects perdure.It is impossible to come down on one side or the other of the endurance/perdurance debate without a clear and unambiguous understanding of what ‘endurance’ is. ‘Perdurance’ is clear enough. Every 4D object of non-zero temporal thickness perdures simply by having temporal extension, i.e. by having different temporal parts, or stages, at different times. But Lewis muddies the waters by giving a confused and ultimately untenable definition of endurance.His first step is to cover both perduring and enduring by offering the neutral word persist. ‘Let us say that something persists iff, somehow or other, it exists at various times’ . Something then perdures if it persists by having different temporal parts at different times, no one part being wholly present at more than one time. In contrast, a thing endures if it persists by being wholly present at more than one …. (shrink)

Two factors, medical science's growing control over the timing of death and the increasingly desperate need for organs, have led to a reopening of the debate about the definition of death and have forced a consideration of aspects of the determination of death that had never been addressed before. Without the pressing need for organs, the definition of death would have remained on the back shelf, the conversation of a few interested philosophers or theologians. This article examines some new questions (...) raised by medical technology and the frantic search for new, morally acceptable sources of human organs over the past thirty years. This examination concludes that death itself is a social construct and that, in a pluralistic society such as ours, a conclusive definition of death or determination of the moment of death is out of the reach of both medical science and philosophy. (shrink)

In de Ronde and Massri it was argued against the orthodox definition of quantum entanglement in terms of pure and separable states. In this paper we attempt to discuss how the logos categorical approach to quantum mechanics is able to provide an objective formal account of the notion of entanglement—completely independent of both purity and separability—in terms of the potential coding of intensive relations and effective relations. We will show how our novel redefinition allows us to provide an anschaulich content (...) to the notion of entanglement, erasing in this way the “spookiness” still present within its orthodox understanding in terms of space-time separated collapse particles. (shrink)

Besides its intrinsic interest, the definition of ‘game’ is important for three reasons. Firstly, in Wittgenstein's Philosophical Investigations ‘game’ is the paradigm family resemblance concept. If he is wrong in thinking that ‘game’ cannot be defined, then the persuasive force of his argument against definition generally will be considerably weakened. This, in its turn, will have important consequences for our understanding of concepts and philosophical method. Secondly, Wittgenstein's later writings are full of analogies drawn from games—chess alone is mentioned scores (...) of times—and a proper understanding of ‘game’ can lead us to exercise more caution when considering the parallels between games and non-games. Thirdly, games and play are intriguingly and closely related to art and ritual, and an analysis of games can throw considerable light on both of the latter. (shrink)

The mutakallimūn, who began to take care of nature as a result of their metaphysical concerns from the early period and with the influence of the dualist and materialist groups, suggested various theories that attempt to explain the structure and functioning of the universe. Over time, many subjects of physics became an indispensable part of Kalām and were used in the proof of the fundamental principles. Thus, in addition to the definition of body (jism), Kalām books began to contain (...) detailed topics such as time, space, movement and distance. After summarizing the definitions of body, which were made by the mutakallimūn, this article will examine the contents of Ibn Kamāl's epistle on ṭafra (leaping), which has many copies with various titles in the Turkish Libraries. In the beginning of the epistle, Ibn Kamāl mentions the descriptions of body suggested by the prominent mutakallimūn, and then, he compares the views of al-Naẓẓām, who believes in the finite division, with atomist mutakallimūn who accept the infinite division. He criticizes the idea of ṭafra with regard to the notion of body in Kalām. After explaining the arguments of both groups with their justifications, he points out the weaknesses of the arguments of each group, as well. In this connection, he revisits the theory of ṭafra, which is, he argues, a mandatory consequence of al-Naẓẓām’s definition of object, as he also reviews the opinions of Quṭb al-Din al-Rāzī in this direction. (shrink)

Various understandings and definitions of time will be reviewed. The nature and structure of time will be reviewed and the concepts of time and passage of time will be refreshed. The fundamental role played by energy and four natural forces in the actions, reactions and interactions concerning matter, anti-matter, energy in space and time will be critically analyzed. The reality how time is constructed during the construction of materials will be presented and discussed. (...) The classical and quantum ideas in this regard will be comprehensively studied. How these ideas will give us a fresh insight about the nature, structure and role of time in the construction of materials through natural scientific and manmade processes will be highlighted. The relations among matter, anti-matter, energy and time will be freshly stated. The milli-, micro-, nano, pico-, femto-, atto-times will be qualitatively analyzed considering physical, inorganic, organic and bio-materials and their construction and structure. The physics of timelessness also will be put forward. -/- . (shrink)

That the same story can be told in different media is one of the fundamental claims of narratology. Claude Bremond famously listed verbal narrative, novels, theater, movies and ballet among potential vehicles for story. He thus prepared the ground for narratology’s future as a discipline engaged in narrative research across media, in principle including single still pictures. However, narratological research concerned with pictorial narrativity generally proceeds from the assumption that although single pictures may evoke or imply stories, they are unsuitable (...) for storytelling in a strict narratological sense. Focusing on the key issue of temporality, this essay will show that a single still picture may indeed tell “a story proper” and can thus be regarded as a narrative, even according to a narrow definition. (shrink)

The paper discusses recent proposals by Carroll and Chen, as well as Barbour, Koslowski, and Mercati to explain the arrow of time without a Past Hypothesis, i.e. the assumption of a special initial state of the universe. After discussing the role of the Past Hypothesis and the controversy about its status, we explain why Carroll's model - which establishes an arrow of time as typical - can ground sensible predictions and retrodictions without assuming something akin to a Past (...) Hypothesis. We then propose a definition of a Boltzmann entropy for a classical N-particle system with gravity, suggesting that a Newtonian gravitating universe might provide a relevant example of Carroll's entropy model. This invites comparison with the work of Barbour, Koslowski, and Mercati that identifies typical arrows of time in a relational formulation of classical gravity on shape space. We clarify the difference between this gravitational arrow in terms of shape complexity and the entropic arrow in absolute spacetime, and work out the key advantages of the relationalist theory. We end by pointing out why the entropy concept relies on absolute scales and is thus not relational. (shrink)

Most modern definitions of art fail to successfully address the issue of the ever-changing nature of art, and rarely even attempt to provide an account that would be valid in more than just the modern Western context. This article develops a new theory that preserves the advantages of its predecessors, solves or avoids their problems, and has a scope wide enough to account for art of different times and cultures. It argues that an object is art in a given (...) context iff some person culturally competent in this context have afforded it the status of a candidate for appreciation for reasons considered good in this context. This weakly institutional view is supplemented by auxiliary definitions explaining the notions of cultural contexts, competence, and good reasons for affording the status. The relativisation to contexts brings increased explanatory power and scope, and the ability to account for the diversity of art. (shrink)

Microphysical laws are time reversible, but macrophysics, chemistry and biology are not. This paper explores how this asymmetry arises due to the cosmological context, where a non-local Direction of Time is imposed by the expansion of the universe. This situation is best represented by an Evolving Block Universe, where local arrows of time emerge in concordance with the Direction of Time because a global Past Condition results in the Second Law of Thermodynamics pointing to the future. (...) At the quantum level, the indefinite future changes to the definite past due to quantum wave function collapse events. (shrink)

Traditional discussions about the arrow of time in general involve the concept of entropy. In the cosmological context, the direction past-to-future is usually related to the direction of the gradient of the entropy function of the universe. But the definition of the entropy of the universe is a very controversial matter. Moreover, thermodynamics is a phenomenological theory. Geometrical properties of space-time provide a more fundamental and less controversial way of defining an arrow of time for the universe (...) as a whole. We will call the arrow defined only on the basis of the geometrical properties of space-time, independently of any entropic considerations, “the global arrow of time.” In this paper we will argue that: (i) if certain conditions are satisfied, it is possible to define a global arrow of time for the universe as a whole, and (ii) the standard models of contemporary cosmology satisfy these conditions. (shrink)

First the Branching Space-time and Branching Continuations mod-els are briefly presented. We compare their properties with the traditional definition of a Flow of Time from physics and we point out the difficulties of it in relativistic time. A solution of a Flow of Time in the given models is then proposed.

The cybernetic definition of a living individual proposed previously (Korzeniewski, 2001) is very abstract and therefore describes the essence of life in a very formal and general way. In the present article this definition is reformulated in order to determine clearly the relation between life in general and a living individual in particular, and it is further explained and defended. Next, the cybernetic definition of a living individual is confronted with the real world. It is demonstrated that numerous restrictions imposed (...) on the cybernetic definition of life by physical reality imply a number of particular properties of life that characterize present life on Earth, namely: (1) a living individual must be a dissipative structure (and therefore a low-entropy thermodynamic system out of the state of equilibrium); (2) spontaneously-originated life must be based on organic compounds; (3) evolutionarily stable self-dependent, free-living individuals must have some minimal level of complexity of structure and function; (4) a living individual must have a record of identity separated from an executive machinery; (5) the identity of living individuals must mutate and may evolve; (6) living individuals may collect and accumulate information in subsequent generations over very long periods of time; (7) the degree of complexity of a living individual reflects the degree of complexity of its environment (ecological niche) and (8) living individuals are capable of supple adaptation to varying environmental conditions. Thus, the cybernetic definition of a living individual, when confronted with the real physical world, generates most of the general properties of the present life on Earth. (shrink)

Deleuze's theory of time set out in Difference and Repetition is a complex structure of three different syntheses of time – the passive synthesis of the living present, the passive synthesis of the pure past and the static synthesis of the future. This article focuses on Deleuze's third synthesis of time, which seems to be the most obscure part of his tripartite theory, as Deleuze mixes different theoretical concepts drawn from philosophy, Greek drama theory and mathematics. Of (...) central importance is the notion of the cut, which is constitutive of the third synthesis of time defined as an a priori ordered temporal series separated unequally into a before and an after. This article argues that Deleuze develops his ordinal definition of time with recourse to Kant's definition of time as pure and empty form, Hölderlin's notion of ‘caesura’ drawn from his ‘Remarks on Oedipus’ (1803) and Dedekind's method of cuts as developed in his pioneering essay ‘Continuity and Irrational Numbers’ (1872). Deleuze then ties together the conceptions of the Kantian empty form of time and the Nietzschean eternal return, both of which are essentially related to a fractured I or dissolved self. This article aims to assemble the different heterogeneous elements that Deleuze picks up on and to show how the third synthesis of time emerges from this differential multiplicity. (shrink)

‘The mathematisation of time has limits,’ writes Derrida in ‘Ousia and Gramme.’ Taking this quote in all possible senses, this paper considers Derrida’s definition of limit as gramme, trace, and ap...

Although widely used across psychology, economics, and philosophy, the concept ofeffort is rarely ever defined. This article argues that the time is ripe to look for anexplicit general definition of effort, makes some proposals about how to arrive at thisdefinition, and suggests that a force-based approach is the most promising. Section 1presents an interdisciplinary overview of some chief research axes on effort, and arguesthat few, if any, general definitions have been proposed so far. Section 2 argues thatsuch a (...) definition is now needed and proposes a basic methodology to arrive at it, whosefirst step is to make explicit the various tacit assumptions about effort made acrosssciences and ordinary thinking. Section 3 unearths 4 different conceptions of effortfrom research on effort so far:primitive-feelings accounts,comparator-based accounts,resource-based accountsandforce-based accounts. It is then argued that the first 2kinds of accounts, although interesting in their own right, are not strictly speaking abouteffort. Section 4 considers the 2 most promising general approaches to efforts: re-source-based and force-based accounts. It argues that these accounts are not only compatible but actually extensionally equivalent. This notwithstanding, it explains why force-based accounts should be regarded as more fundamental than resource-basedaccounts -/- . (shrink)

This article explores the extent to which Heidegger promises a novel understanding of the concept of time. Heidegger believes that the tradition of philosophy was mistaken in interpreting time as a moveable image of eternity. We are told that this definition of time is intelligible only if we have eternity as a point of departure to understand the meaning of time. Yet, Heidegger believes that we are barred from such a viewpoint. We can only understand the (...) phenomenon of time from our mortal or finite vantage point. Contrary to the tradition of philosophy, Heidegger argues that time does not find its meaning in eternity, time finds its meaning in death. The article takes Heidegger's position to task. It argues that it is not evident why Heidegger's account of time should in any way be superior to the traditional conception of time. Drawing on the criticism raised by Lévinas and Blanchot, that death — like eternity — is never at our disposal to understand the phenomenon of time, it shows that although Heidegger is aware that death is never an event in our life, he nonetheless claims that it is the awareness of our finitude that informs our understanding of time. Yet if Heidegger does not see it as a problem that death is never at our disposal, then it becomes questionable whether Heidegger's initial critique launched against the tradition of philosophy still holds, because it is no longer evident why it matters that eternity, as a point of departure, is never at our disposal to understand the phenomenon of time. (shrink)

All of us share the same feeling of being torn between two equally impossible attitudes, namely the absurdity of resistance and the abjectness of renunciation, that is to say a feeling of surrender to the course of events and I think that it is true that we are all more or less filled with this feeling or to revert to other terminology which I will borrow from Jacques Ellul, we all have the feeling of being swept away in a haphazard (...) process over which we no longer have any hold. In this respect, I tend to agree with Alain Caillé, that we are at the moment experiencing a shift, a transformation, a revolution - use whichever term you prefer - such as has only happened two or three times in western history and it is true that this great shift is probably comparable, to the Renaissance, say, or the fall of the Roman Empire or possibly the Enlightenment or even the Industrial Revolution in its extent, radicality and also what is enigmatic about it that for those who are experiencing it. There is a radicality in what we are experiencing which is the source of that feeling which sometimes assails us that all resistance would not only be useless but ridiculous. I intend to deconstruct, if I may so express it, this feeling of ridicule which is paralysing us and which indeed paralyses us all the more because it is exploited day after day by talk of flux in which all desires and all ethical or political voluntarism is in general described as some kind of residual archaism. (shrink)

In the fiftieth disputation of his Disputationes metaphysicae (1597), Francisco Suárez distinguishes three notions of time. Suárez offers an account of the ways in which the predicate ‘when’ can be taken and presents a more general perspective based on the principle of duration, rather than the Aristotelian definition of time. His view differs from Aristotle’s and Aquinas’ account because Suárez emphasizes that time cannot be reduced to the number of the movement of the last sphere in the (...) Aristotelian model of the cosmos. The intrinsic duration of a thing is its true time; this duration can be taken in an absolute or a relative sense. In an absolute sense, intrinsic time is an internal property of a thing that cannot be really distinguished from existence itself and cannot be compared with other durations. In a relative sense, we can imagine this intrinsic duration as filling up a certain interval within an infinitely extended imaginary succession. This imaginary succession is an ens rationis. The third concept of time is the Aristotelian notion: this is just an extrinsic time, a measurement of one movement by means of a comparison with another movement, especially the motion of the last sphere. Finally, in order to show the value of Suárez’s insights, I compare them with some contemporary issues in the analytic philosophy of time. (shrink)

Time was perceived by ancient philosophy as a cosmological enigma. The search for truth beyond time determined Greek thought. A true definition, says Aristotle (384-322 BC), expresses “the what-it-is-to-be” (τὸ τί ἦν εἶναι) of a thing, it is an account of the essence, and essence is identity. The principle of non-contradiction was considered by Aristotle as the first principle of the inquiry into Being. As such, it cannot be demonstrated, since this would lead to an infinite regress. Instead, (...) the noncontradiction principle is the first axiom of ontology. But time seems to question this tautology. Aristotle discusses time in the Physics. He begins with the questions about time’s existence which stem from his contemporaries’ conceptions. (shrink)

Summary Humans know when they themselves experience beauty, even though the term itself has been difficult to define adequately for a variety of reasons. Given this centuries’ old failure to give an adequate definition of beauty, perhaps the time has come to enquire whether the experience of beauty, regardless of its source, can be defined in neural terms.

I wish to show that living is composed of events that are defined by memories, that memories are inclusive of what we might call animality, that memories are definitive of the occurrence of time, and that experiences of light and of animality are inseparably associated. Our ability to communicate With animals, our projections onto them, and our own experiences of animality show memories of something that is intrinsic to our lives and to events of appearance as well as something (...) that Heidegger leaves out of his thought. Time belongs to memory in the sense that time happens with and in memories. Without memory time does not occur. Without time memory does not occur. The phrase, the memory of time, when one maximizes the ambiguity of the ''of'', means that each belongs to the other and although we might find time passing through memory, we will also find memory marking time. The account suggests that the ''light'' of appearing happens in a fleshly way that requires considerable modification of Heidegger''s descriptive accounts of dasein and being. (shrink)

The concept of formal transcendentalism is utilized. The fundamental and definitive property of the totality suggests for “the totality to be all”, thus, its externality (unlike any other entity) is contained within it. This generates a fundamental (or philosophical) “doubling” of anything being referred to the totality, i.e. considered philosophically. Thus, that doubling as well as transcendentalism underlying it can be interpreted formally as an elementary choice such as a bit of information and a quantity corresponding to the number of (...) elementary choices to be defined. This is the quantity of information defined both transcendentally and formally and thus, philosophically and mathematically. If one defines information specifically, as an elementary choice between finiteness (or mathematically, as any natural number of Peano arithmetic) and infinity (i.e. an actually infinite set in the meaning of set theory), the quantity of quantum information is defined. One can demonstrate that the so-defined quantum information and quantum information standardly defined by quantum mechanics are equivalent to each other. The equivalence of the axiom of choice and the well-ordering “theorem” is involved. It can be justified transcendentally as well, in virtue of transcendental equivalence implied by the totality. Thus, all can be considered as temporal as far anything possesses such a temporal counterpart necessarily. Formally defined, the frontier of time is the current choice now, a bit of information, furthermore interpretable as a qubit of quantum information. (shrink)

The aim of this paper is to suggest a new interpretation to the Gettier problem by showing that the standard JTB definition of knowledge is not epistemologically incomplete, being at the same time formally incomplete. The Gettier problem is shown to emerge through the implicit self-application of the JTB definition of knowledge to prove its own incompleteness. A conclusion is drawn, which runs counter to the traditional view that the problem necessarily requires a conceptual amendment of the standard defi (...) nition, in spite of the formal incompleteness of the latter. The Gettier problem is construed to be related to the ancient Meno problem within a contemporary justifi cational discourse. (shrink)