The main purpose of this article is to show some processes of the growth of knowledge. An astrophysical case: a problem of planets around pulsars formation is studied. In the first part reasons for taking this problem are presented. Then some historical facts about discoveries of planets around pulsars are mentioned. The paper focuses on three cases: PSR1257+12, PSR1620-26 and PSR J 1719-1438. In second part of the article the changes in the theoretical point of view, which occured during (...) the last twenty years, are presented. At the end the attempt is made to describe the process of the growth of the planets around pulsars within the framework of formation. (shrink)

In this study I attempt to provide an answer to the question how the Babylonian scholars arrived at their mathematical theory of planetary motion. Although no texts are preserved in which the Babylonians tell us how they did it, from the surviving Astronomical Diaries we have a fairly complete picture of the nature of the observational material on which the scholars must have based their theory and from which they must have derived the values of the defining parameters. Limiting the (...) discussion to system A theory of the outer planets Saturn, Jupiter and Mars, I will argue that the development of Babylonian planetary theory was a gradual process of more than a century, starting sometime in the fifth century BC and finally resulting in the appearance of the first full-fledged astronomical ephemeris around 300 BC. The process of theory formation involved the derivation of long “exact” periods by linear combination of “Goal–Year” periods, the invention of a 360° zodiac, the discovery of the variable motion of the planets and the development of the numerical method to model this as a step function. Longitudes of the planets in the Babylonian zodiac could be determined by the scholars with an accuracy of 1° to 2° from observations of angular distances to Normal Stars with known positions. However, since the sky is too bright at first and last appearances of the planets and at acronychal rising for nearby stars to be visible, accurate longitudes as input for theoretical work could only be determined when the planets were near the stationary points in their orbits. In this study I show that the Babylonian scholars indeed based their system A modeling of the outer planets on planetary longitudes near stations, that their system A models of Saturn and Jupiter provided satisfactory results for all synodic phenomena, that they realized that their system A model of Mars did not produce satisfactory results for the second station so that separate numerical schemes were constructed to predict the positions of Mars at second station from the model at first station, and finally that their system A model for Mars provided quite poor predictions of the longitude of Mars at first and last appearances over large stretches of the zodiac. I further discuss ways in which the parameters of the system A models may have been derived from observations of the outer planets. By analyzing contemporaneous ephemerides from Uruk of four synodic phenomena of Jupiter from the second century BC, I finally illustrate how the Babylonian scholars may have used observations of Normal Star passages of planets to choose the initial conditions for their ephemerides. (shrink)

The recent redefinition of 'planet' that excludes Pluto as a planet led to controversy that provides a case study of how competing scientific definitions can be supported by characteristic types of evidence. An argumentation scheme from Hastings is used to analyze argument from verbal classification as a form of inference used in rational argumentation. The Toulmin-style format is compared to more recently developed ways of modeling such cases that stem from advances in argumentation technology in artificial intelligence. Using (...) these tools, it is shown how argumentation schemes, in particular argument from verbal classification and argument from definition to verbal classification, apply to cases of scientific argumentation. (shrink)

In this study I attempt to provide an answer to the question how the Babylonian scholars arrived at their mathematical theory of planetary motion. Although no texts are preserved in which the Babylonians tell us how they did it, from the surviving Astronomical Diaries we have a fairly complete picture of the nature of the observational material on which the scholars must have based their theory and from which they must have derived the values of the defining parameters. Limiting the (...) discussion to system A theory of the outer planets Saturn, Jupiter and Mars, I will argue that the development of Babylonian planetary theory was a gradual process of more than a century, starting sometime in the fifth century BC and finally resulting in the appearance of the first full-fledged astronomical ephemeris around 300 BC. The process of theory formation involved the derivation of long “exact” periods by linear combination of “Goal–Year” periods, the invention of a 360° zodiac, the discovery of the variable motion of the planets and the development of the numerical method to model this as a step function. Longitudes of the planets in the Babylonian zodiac could be determined by the scholars with an accuracy of 1° to 2° from observations of angular distances to Normal Stars with known positions. However, since the sky is too bright at first and last appearances of the planets and at acronychal rising for nearby stars to be visible, accurate longitudes as input for theoretical work could only be determined when the planets were near the stationary points in their orbits. In this study I show that the Babylonian scholars indeed based their system A modeling of the outer planets on planetary longitudes near stations, that their system A models of Saturn and Jupiter provided satisfactory results for all synodic phenomena, that they realized that their system A model of Mars did not produce satisfactory results for the second station so that separate numerical schemes were constructed to predict the positions of Mars at second station from the model at first station, and finally that their system A model for Mars provided quite poor predictions of the longitude of Mars at first and last appearances over large stretches of the zodiac. I further discuss ways in which the parameters of the system A models may have been derived from observations of the outer planets. By analyzing contemporaneous ephemerides from Uruk of four synodic phenomena of Jupiter from the second century BC, I finally illustrate how the Babylonian scholars may have used observations of Normal Star passages of planets to choose the initial conditions for their ephemerides. (shrink)

Abstract.The present paper is an attempt to describe the observational practices behind a large and homogeneous body of Babylonian observation reports involving planets and certain bright stars near the ecliptic (“Normal Stars”). The reports in question are the only precise positional observations of planets in the Babylonian texts, and while we do not know their original purpose, they may have had a part in the development of predictive models for planetary phenomena in the second half of the first millennium B.C. (...) The paper is organized according to the following topics: (I) Sections 1–3 review the format of the observations and the texts in which they are found; (II) Sections 4–6 discuss the composition of the Normal Star list; (III) Sections 7–8 concern the orientation of the reported celestial directions from star to planet; (IV) Sect. 9 concerns the relationship between the reported distances and the actual angular distances between planet and star; and (V) Sect. 10 discusses the reports of planetary stations, which are the most common reports giving precise locations of planets when they are not near their closest approach to stars, and draws some brief general conclusions about the utility of the Babylonian observations for estimating planetary longitudes and calibrating models in antiquity. (shrink)

An invitation. A puzzle. A provocation to engage with unknown potentialities. At first encounter, Arts of Living on a Damaged Planet as a physical artifact is deliberately indeterminate. Its format: a topsy-turvy/front-to-back/backto-front arrangement, disrupts any notions of a point of entry, throwing the reader back on themselves to decide how to proceed, how far to apply learned templates of conventionality, or how far to take the opportunity to pursue less conditioned responses. From the outset, this book offers an explosion (...) of possibilities.Inspired by the conference Anthropocene: Arts of Living on a Damaged Planet held at the University of California, Santa Cruz, in 2014, and a follow-up conference held in... (shrink)

In 1995 Walker & Company published a small book authored by the professional writer Dava Sobel entitled Longitude: The Story of a Lone Genius Who Solved the Greatest Scientific Problem of His Time. Not only did the book sell exceptionally well; it also spawned a three‐hour film, Longitude, starring Jeremy Irons and Michael Gambon, and a new, lavishly illustrated work, The Illustrated Longitude, by Sobel and Harvard's William J. H. Andrewes. It is difficult to think of another book in the (...) history of science that has attained comparable success. Yet it seems that history of science journals have taken scant notice of the book; my efforts to locate reviews of Sobel's volume in history of science journals have turned up only a single review, that being in Italian. This is all the more distressing because the book and film present a very controversial view of Astronomer Royal Nevil Maskelyne. This is not the place to examine Sobel's recipe for success, but it seems relevant background in reviewing a book also written by a professional journalist, also published by Walker, and fairly comparable in format to Sobel's.The history of science is rich in fascinating stories that could delight a variety of readers. The story of the search for longitude in the eighteenth century is certainly one of these; the dramatic quest to discover Neptune in the mid nineteenth century is another. Put overly briefly, the latter is the story of the frustrated efforts of a young, personally diffident but intellectually bold Cambridge graduate, John Couch Adams, to convince either the director of the Cambridge Observatory or England's Astronomer Royal to look for a planet that Adams's calculations had told him must be located at a specific position. It is also the story of the brilliant and arrogant Urbain J. J. Leverrier, who had independently completed comparable calculations and who beat Adams to the discovery by persuading not one of his French colleagues but an astronomer at the Berlin Observatory to launch a search, which within a few hours had located Neptune. It is also the story of the immense controversy that followed and that has in the last few years been given a new twist with the recovery of key documents carried off to Chile from the Royal Greenwich Observatory.Tom Standage, science correspondent for the Economist and author of The Victorian Internet, has taken up the challenge of retelling the Neptune story, which had previously been treated in dozens of articles and in book‐length studies by John Pringle Nichol, Albert Glodin, Morton Grosser, and Patrick Moore. Moreover, Standage presents the Neptune narrative as the centerpiece in a story that stretches from William Herschel's discovery of Uranus to the discovery of Pluto in 1930 and even to the spectroscopic detection in the last few years of dozens of extra–solar system planets. Standage's clear and engaging prose is based on extensive reading in English and French sources, some manuscript work, and interviews with a number of the discoverers of extra–solar system planets. Although the book is bereft of footnotes, an annotated bibliography at its end partially fulfills their function. Numerous illustrations appear, but these tend to be rather dark and small.Although the book is generally reliable, some significant errors appear. For example, whereas Standage reports that William Herschel did not see Uranus alter in size, Herschel observed its diameter nearly double in the two months after his first observation of it. It is John, not William, Herschel who is buried in Westminster Abbey. Benjamin Peirce's last name is misspelled , as is Christiaan Huygens's first name , and it is incorrect to say that Huygens “considered it was unlikely that there was life elsewhere in the solar system” . Also, because Lowell Observatory director Vesto Slipher played such a major role in the discovery of the planet Pluto by creating and directing the research program that enabled a recent high school graduate, Clyde Tombaugh, to be the first to recognize the planet on a photographic plate, it seems inappropriate that Standage makes no mention of Slipher in recounting the discovery of Pluto.Overall this is a highly engaging story, well told and based on good sources. One would hope that it may follow Longitude into film, at least a documentary, and that other authors and publishers will recognize the market for such exciting stories from the history of science. (shrink)

Now that we know that Earth-like planets are ubiquitous in the universe, as well as that most of them are much older than the Earth, it is justified to ask to what extent evolutionary outcomes on other such planets are similar, or indeed commensurable, to the outcomes we perceive around us. In order to assess the degree of specialty or mediocrity of our trajectory of biospheric evolution, we need to take into account recent advances in theoretical astrobiology, in particular (i) (...) establishing the history of habitable planets’ formation in the Galaxy, and (ii) understanding the crucial importance of “Gaian” feedback loops and temporal windows for the interaction of early life with its physical environment. Hereby we consider an alternative macroevolutionary pathway that may result in tight functional integration of all sub-planetary ecosystems, eventually giving rise to a true superorganism at the biospheric level. The blueprint for a possible outcome of this scenario has been masterfully provided by the great Polish novelist Stanisław Lem in his 1961 novel Solaris. In fact, Solaris offers such a persuasive and powerful case for an “extremely strong” Gaia hypothesis that it is, arguably, high time to investigate it in a discursive astrobiological and philosophical context. In addition to novel predictions in the domain of potentially detectable biosignatures, some additional cognitive and heuristic benefits of studying such extreme cases of functional integration are briefly discussed. (shrink)

The article describes causes and nature of the global anthropological crisis. Positive and negative factor of the development of science and scientific-technical progress were obtained in becoming of the anthropological crisis and ways to overcome it. The main reasons include: the constant increase of population on the planet; unlimited growth of material consumption in the developed world, when there are food-deficit in poor countries; the depletion of natural resources; the overproduction of industrial waste and the increasing environmental pollution. Two (...) groups of human degradation factors were grounded: the economic risks as the result of macroeconomic imbalances and biological ones that is associated with using of substandard products. The article states that a special significance in achieving a sustainable future, as a fundamental survival of installation strategy has the affirmation of bioantropologic interpretation, that has the task to change the attitude of mankind to nature. In this regard, coevolutionary processes were disclosed within the boundaries of intra- or inter-system phenomena's interactions of inanimate, living, social and technical nature, that have invariant character. The invariance is as a mechanism to linking in the integrity elements of the aforementioned systems. Coevolution reproduces the activity of separate systems as an ontological necessity and total natural laws. It saves and modifies their nature and relationship, creates the integrity of self-developing nature. Noospheric safety is realized through the formation of human qualities, that are aimed to the conservation, preservation and development of life and conditions of its existence. (shrink)

The new discipline of exobiology formed from the intertwining of origin of life research with the search for life or its building blocks on other planets, from 1957-1973. The field was inherently highly interdisciplinary, yet it coalesced very quickly and was responsible in its first twenty years for numerous important contributions to twentieth century life science and planetary sciences such as climatology, the study of mass extinctions, etc. NASA played a very important role in catalyzing the rapid consolidation of exobiology, (...) both through research grants and through sponsored meetings that overcame disciplinary boundaries, bringing together scientists from diverse backgrounds. The presence of a handful of prominent senior scientists such as Joshua Lederberg, Melvin Calvin and Norman Horowitz helped gain credibility for exobiology, in the face of criticism and competition from existing life sciences disciplines. Tensions within the exobiology research community and between NASA-funded science and the academic research community are explored, as are such milestones of discipline formation as journals and professional societies. (shrink)

The main theory at the core of this monograph is that the person is an entity ontologically new, since she is able to perform an act of self-transcendence, which is meant as her critical distancing from her own “self”, understood as subject of social recognition (Anerkennung), in order to open to the encounter with the world (Weltoffenheit). This allows us to consider a person in a new way, different both from confessional interpretations that see her only as a center of (...) the spirit and from reductivistic views. Schelling examines the act of self-transcendence through the concept of ecstasy, whereas Scheler associates it with the phenomenological reduction. The act of self-transcendence, that Schelling sees as originated by the “hunger of being”, is at the roots of the formation process of a person (Bildung): the person takes her shape by exiting from her own self-referential dimension and encountering otherness. If considered from this viewpoint, Plato’s “epimeleia heautou” exceeds an intimistic perspective: the “care” is no more a solipsistic self-care, but rather becomes the care through which the person transcends her own self to open to the relationships with otherness. It turns, therefore, into a care for world-openness (care for Weltoffenheit). The transformation of the individual and of society so becomes the double-faced aspect of the same process. The development of this set of problems occurs through a dialogue with Schelling’s and Scheler’s positions, but it is also supported by a historical-philosophical investigation, that for instance provides evidence of the influences of Schelling’s Berlin period on Scheler’s last theories and on the philosophical anthropology of the 20th century. Schelling was the first to conceive the concept of “eccentricity” in an anthropological sense, since until then the term had been confined to Kepler’s astronomy. Consequently, the planets’ elliptic (eccentric) movement heightens to an emblematic metaphor of human nature and freedom. The monograph also examines a possible convergence between Plato’s epimeleia heautou and Scheler’s phenomenological reduction. The book ends with a chapter on the topic of Vorbild. The exemplary testimony, that is Vorbild, becomes witnessing evidence immune from any pedagogical-moralistic intent: in fact, if it should relapse into the rhetoric of the “wish to give a good example”, it would immediately conform to the opposite logic of the model. A model is universal in so far as it makes everyone more like the others, nullifying the diversity, whereas exemplariness is universal in so far as it makes everyone more unique and motivates each one to follow her own characteristic path of existential trans-formation. Exemplarity doesn’t convey any contents, but rather encourages a kind of solidaristic involvement. Yet there are also negative exemplarities (Gegenbild) that place obstacles in the formation and block the existence of the personal center. (shrink)

The relevance of the research reflects the unity of the requirements of the Beijing Philosophical Congress "Learning to be a man" and the anniversary report of the "Rome Club" "Come On! Capitalism, myopia, population and destruction of the planet", which the transformation processes of the socio-sphere are revealed from the standpoint the need for a radical breakdown of the spiritual and moral world of man and his worldview. The foundation of these transformations is the transition in education, as the (...) hippocrine of our knowledge, the source that quenches thirst in them to the "new Enlightenment" as a decisive factor in the learning of a person to be him. This determined the purpose and objectives of the article. The purpose of the article is to substantiate the natural and necessary character of the formation of the "new Enlightenment", to reveal the architectonics of its content. Research objectives : in the context of the goal to uncover the factors that determine the need for a transition in education to the "new Enlightenment", its qualitative difference from the Enlightenment of the 17th-18th centuries; to characterize the new content of "connectedness" in education based on the use of new information technologies; analyze the process of formation of a new spiritual and moral outlook of a specialist on the universal values of humanity; focus the learner’s attention on focusing knowledge of sustainable development as a determining factor of the global problems of mankind through the interrelation of academic disciplines; an important component presents the demand for the formation of a new integral thinking, innovative in its essence and qualitatively different from the analytical one. It is noted that the transition to the path of integral thinking contributes to the connection, coordination and organization into a single whole of the fragments of the object under study. Such thinking is characterized by stability, reliability, variability; it is original in its connections with science and education, and methodological influence on individual and social consciousness. Integral thinking reflects a qualitatively new level of intelligence. Research methods: to achieve the stated goal and constructive solution of the tasks, the article used the method of abduction, analysis and synthesis, historical and logical, synergistic approach. The results of the research: a new paradigm of education is represented – the noospheric-information one corresponding to the factuality of the “new Enlightenment”, as its ability to reproduce itself on a changing scale. The change in the scale of the socio-sphere is due to its globalization processes. The content of the “new Enlightenment” is explicated as a qualitatively new level of formation of students' sustainable knowledge based on the integral innovative type of thinking based on the information resources of society, the use of modern educational technologies, as well as on the values of society, as the quintessence of its wisdom and public intelligence. Conclusions. Thus, the formation of a "new Enlightenment" is natural and necessary. This follows from the requirements of the “learn to be human” program, as well as from the development of an internally ordered education process. “New Enlightenment” also has an attribute of uniqueness, since it does not have anything to compare with, identify; it is an objective, essential, unique phenomenon; it is single, relative, determined by the previous development of education. It is based on the processes of intellectualization, innovation, informational content, humanism and is capable of solving constructively the tasks facing society. (shrink)

The book discusses some of the stages in the development of genetics, biotechnology in terms of basic strategy of humanity towards the formation of a modern agrarian civilization. Agricultural civilization is seen as part of the biosphere and primary user of its energy flows. Consistently a steps of creation of management tools for live objects to increasing the number of food security of mankind are outlines. The elements of the biosphere degradation started in the results of human activities, and (...) the ways of their compensation. are discussed.The importance of the cooperation of experts in different areas of knowledge in the development of new approaches to the management of genetic resources of the planet is discussed too. (shrink)

The Anthropocene marks a moment of wild destratification of the planet that requires analysis of the relations between geologic forces and social practices. Deleuze and Guattari’s concept of strata is examined in order to develop a geophilosophy for the Anthropocene. Establishing a model of strata that conjoins earth and social flows together into planes of interrelated production highlights how the fossil substratum subtends contemporary forms of social relations. Stratifications, it is argued, are planes of social reproduction that both constrain (...) and are expressive of possible modes of expression. If power, according to Foucault, is a relation between forces, geosocial strata conceptualizes how stratifications organize and capture forces into political geology. Concentrating on diagramming moments of crossing strata, it is suggested that Anthropocene geopolitics needs to be located at the intersection of geosocial formations and processes of fossilization, rather than through a new assemblage of planetary scale. (shrink)

The building blocks and origins of life have fascinated scientists since the earliest of times. What is required for life to work in terms of building blocks? An outline of the building blocks that have to be present in living systems to allow the processes that are required for life is given. These building blocks have to be organised in a specific way to allow living processes to be functional, which are summarised in what is referred to as the seven (...) pillars of life. In essence, these are the fundamental characteristics of all living systems. Evidences of when and how living systems developed on the Earth shortly after the Earth established itself as a planet are discussed. This comes from the growing body of geological evidence of the age of rocks and rock formations in different places on the Earth. This review is concluded with the latest evidence of where on Earth living systems may have started. A large amount of uncertainty exists about these processes, but more and more consilient evidence is giving us important pointers as to the origins of life on the planet Earth.Contribution: As part of this special collection, the building blocks or origins of life give insights into the chemical principles and constituents of living organisms and how their interactions allow life to function on earth. (shrink)

The paper deals with the problem of future biology teachers’ vocational preparation process and shaping in them of those capacities that contribute to the conservation and enhancement of our planet’s biodiversity as a reflection of the leading sustainable development goals of society. Such personality traits are viewed through the prism of forming the future biology teachers’ professional and terminological competence. The main aspects and categories that characterize the professional and terminological competence of future biology teachers, including terminology, nomenclature, term, (...) nomen and term element, have been explained. The criteria and stages of shaping the future biology teachers’ professional and terminological competence during the vocational training process have been fixed. Methods, techniques, technologies, guiding principles and forms of staged work on the forming of an active terminological dictionary of students have been described and specified. The content of the distant special course “Latin. Botanical Terminology”, which provides training for future teachers to study the professional subjects and to understand of international scientific terminology, has been presented. It is concluded that the proper level of formation of the future biology teachers’ professional and terminological competence will eventually ensure the qualitative preparation of pupils for life in a sustainable development era. (shrink)

The temporal orientations of any sociocultural grouping are major factors comprising its central identity. The manner in which the past (memories), the present (perception), and the future (anticipation/expectation) are commonly articulated also concern cultural identity. The identity of a cultural group is altered by developmental changes in time keeping and related objective, scientific temporalities.Three modes of temporality, objective, narrative, and transcendental, congruent with different kinds of brain processes, are common throughout our planet. Objective temporality tends to alter and replace (...) traditional narrative and transcendental (spiritual) time, timing, and tempos. Objective temporality is concerned with what is transitory, modern and “progressive”. Objective time is not a traditional form of cultural time; it is a derived Westernized scientific imposition, rather than any cultural formation. This essay develops a new conception of how semiosis occurs. All information is essentially rhythmic, transduced through sensory systems as signals in a space-time domain, but deposited for use into a spectral thermodynamic domain in the human cortex.A “chronemic” perspective, (temporality as it is based in semiotic processes related to human communication) is assumed throughout. Such a perspective appears to be somewhat novel in both communication and semiotic studies. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:IntroductionAnthropocene Feminisms: Rethinking the UnthinkableClaire Colebrook and Jami WeinsteinIn her recent lecture on the Anthropocene (to which she adds the Capitalocene and the Chthulucene), Donna Haraway expresses some alarm that after two major insights into what counts as thinkable, it was “anthropos” that became the term for the post-Holocene (Haraway 2014). Haraway declares, with emphasis, that it is “literally unthinkable” to work with the individual unit of “man” if (...) one is to do good intellectual work. For Haraway, the two knowledge events that ought to have precluded the use of the figure of the “anthropos” are: first, the acceptance that any seeming individual is the outcome of a series of complex relations and must be studied as such (so there would be no epoch with anything, let alone “man,” as its first cause), and, second, intellectual inquiry has acknowledged a general becoming-with, such that in order to be anything at all, “one” must be in a dynamic relation. Haraway’s work is exemplary of post-liberal feminist resistance to the figure of man—as subject, agent, and center of knowing. Terms like “Woman” or “the feminine” do not extend the field occupied by man; they instead create a different intensity. So when Haraway questions the “anthropos” of the Anthropocene she neither asks that women, too, be included in those who have scarred the planet, nor does she claim that “Woman” would occupy some innocent outside. Instead, she proposes that one think of the “anthropos” as untimely, as out of sync with an intellectual milieu that theorizes the death of the subject and the eclipse of the human, and has even begun to renounce the notion of life in itself. It is odd that in the face of this destruction of any possibility of thinking by [End Page 167] way of individualism, the epic gesture of the present deploys the figure of the “anthropos,” as it should be unthinkable today to return to the figure of man.When Haraway invokes what is literally unthinkable, and then gestures to the Anthropocene, she suggests that perhaps the figure of the Anthropocene is a form of unthinking, and that it is precisely when complexities, timescales, predictions, manageability, and any form of sustainability ought to disturb and trouble our logics that we cease to think and ask for a single cause for an entire epoch. If this is so, and the “anthropos” of the Anthropocene is a reaction formation, then we might see the skirmishes and turf wars that surround the golden spike1 as diversions. If we spend our time disputing just when it was that man started to change the planet, then we allow a contested point in time to pass itself off as thinking, all the while allowing the intensive multiplicity of what has come to be known as the Anthropocene to remain unthought. By asking when the Anthropocene began, we revive a modified version of the time of man; once again, man is placed as the agent of history, albeit unwittingly, and he can look back upon and assess the past of his own making. Haraway is not alone in suggesting that such conceptions of a single line of time, and a conception of first cause, are highly gendered and racialized. The figure of “man” who creates his own history and recognizes himself as having come into being through a time that is readable is bound up with hegemonic conceptions of modernity, and has long been the target of feminist, poststructuralist, and postcolonial critique (e.g., Foucault 1970; Amin 1989; Grosz 2004). If it is literally unthinkable to do good work from the premises of a methodological individualism, then asking who or what caused the Anthropocene, or when it began, would amount to a form of un-thinking or not-thinking. At the same time, perhaps the Anthropocene is literally unthinkable in a sense that marks a more positive and profound absurdity. Let us accept, following Haraway, that all “good work” both acknowledges the impossibility of accounting for the complexity of life by way of bounded, individual singularity, and dispenses with the exceptional man of reason as its foundation. If we do, what the Anthropocene... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Queer Coal:Genealogies in/of the BloodKathryn YusoffIntroductionAn inhuman equationA genealogical account of coal ± a solar line of descentSolar -/- plant -/- coal ≤ plant minor/miner ≠ bloodlineFossil fuels are dark and patient and have a history that is in/of the blood. Fossil fuels are pockets of sunshine that have a solar line of descent. Fossil fuels are a chemical “blood knowledge” (Cixous 1991, 103) that coheres at the seam, (...) coal face, plant, and picket line.A genealogical account of coal in the Anthropocene must go in two directions: into the specificities of bodies, sites, and political formations in which coal comes to matter and through inhuman agency and its continuance notwithstanding the human (as if the human, like Bataille has claimed, is a roundabout for energy, a mere diversion of the forces of the cosmos). If the global claim for geologic force in the Anthropocene is realised through the liberation of vast standing stocks of fossil fuels by major powers, then slicing through Anthropocenic monumentality requires a deliberately minor/miner cut, which is made here through underground passages, sexual politics, and queer solidarities to explore the inter-implications of substances and subjects in coal mining; explicitly, mining is considered as an aesthetics, method, and epistemology that elaborates on an inhuman sociality of the blood; it is a sociality whose passages are specifically located within the 1984–85 miners’ strike in Britain. I focus on these minor (Deleuze and Guattari 1983) stories of solidarity and violence amidst the broader landscape of coal as a defining social materiality in political, judicial, and class powers. While Anthropocenic [End Page 203] discourses claim a global instantiation on behalf of humanity, the planet, and the species-being, this blood knowledge of coal can be considered as an instantiation or a fleshy reminder of the geontological forces of black rocks and their inheritances; what René Char called “its reality of earth, its matter-emotion” (Char quoted in Blanchot 1995, 108) in the corporeal impregnation of an incorporeal universe. In these messy personal-political subjectivities that are entangled with fossil fuels, something might be said about how to begin to apprehend the geontological coordinates of the Anthropocene and the possible forms of sociality that the inhuman enacts (and incites) in ways that eschew its universalising claims.In this process of joining coal to its somewhat unexpected sociopolitical formations—in terms of queer and minoritarian support for the British coal miners—I want to say something about a biopolitics that is subtended by geology (and this is why there is/and will be/blood). This is a biopolitics that moves away from the governance of life and death into a consideration of how the geosocial formations of fossil fuels constitute the very possibilities for certain types of social, sexual, political, and labor arrangements. To study the geosocial matrix as it pertains to both power and possibility is not to add the geologic (or inhuman) as a supplement to an already existing biopolitical conceptualization. Rather, it is to register that the geologic is a mode of material expression that is already active within these formations, yet often bracketed out, and its political potential as a dynamic power within socialities, underplayed. Such an understanding of the permeable materiality of fossil fuels might just bear on the reconceptualization of the Anthropocene as an epoch characterized by a differentiated corporeal geology of/in the blood, rather than as a universal stratigraphic trace in some future geologic record.Against the Promethean trust of the Anthropocene, I follow Hélène Cixous’s dream in The Book of Promethea of “writing fire in the fire” (Cixous 1991, 134); an account made in proximity to the desirous intersection of experience. Such a mode of feminist geophilosophy seeks out the form of the underground—the underground as a way of being or a “thing state” (Lispector 2014, 109)—closing the gap between writing and being written. What follows is a fragmented genealogy that begins in the general conditions of inhuman matter and ends up in the specifics of the British coal mining strike in the 1980s. First, some mining methodology and Anthropocene drill sites.Some Drill Sites... (shrink)

In a Star Trek: The Next Generation episode, Cpt. Picard is captured and trapped on a planet with an alien captain who speaks a language incompatible with the universal translator, based on their societal historical metaphors. According to Shapiro (2004), the concept of a universal translator removes everything alien from alien languages, and since the Tamarian language refers only to their historical and cultural archetypes, Picard can only establish dialogue by invoking human analogues, such as Gilgamesh. The purpose of (...) this paper is threefold. First, we will tie such communication to standard cognitive models in cognitive linguistics, pioneered by Lakoff and Johnson (1980) and Lakoff (1987). Second, we will show that metaphorical imaging resembling the Tamarian language is already present in our culture, by analyzing Dawkins's (1982) notion of a meme, who presupposes that memes as cultural living structures physically reside in the brain, and comparing that to a common format of a meme in pop culture. We will also contrast this concept with living natural languages such as Wolaytta, using a great number of proverbs, which can be seen as desemanticized metaphors that are used to embody different domains of the social realm of life (Make et al. 2014). Third, we will compare the notion of such a language with the current state of machine-learning and deep-learning techniques for natural language processing of metaphorical phrases, pinpointing that even deep learning today is powerless without sufficient training datasets (cf. Perifanos et al. 2020) or specific known word contexts and embeddings (Rei et al. 2017), compared to the same situation the universal translator was faced with when dealing with the Tamarian language. (shrink)

2013 Word Guild Award (Academic) How does worship work? How exactly does liturgical formation shape us? What are the dynamics of such transformation? In the second of James K. A. Smith's three-volume theology of culture, the author expands and deepens the analysis of cultural liturgies and Christian worship he developed in his well-received Desiring the Kingdom. He helps us understand and appreciate the bodily basis of habit formation and how liturgical formation--both "secular" and Christian--affects our fundamental orientation (...) to the world. Worship "works" by leveraging our bodies to transform our imagination, and it does this through stories we understand on a register that is closer to body than mind. This has critical implications for how we think about Christian formation. Professors and students will welcome this work as will pastors, worship leaders, and Christian educators. The book includes analyses of popular films, novels, and other cultural phenomena, such as The King's Speech, Rise of the Planet of the Apes, David Foster Wallace's Infinite Jest, and Facebook. (shrink)

Several authors have pointed at opportunities to develop the well-established Business Balanced Scorecard into a Scorecard that enables companies to integrate sustainability into their strategy. Recent case studies and research experiences show that social and environmental targets are more widely recognized as strategic drivers for management. However, experiments also show that the traditional Scorecard has its limits when it comes to e.g. stakeholder management and product chain management. The European Corporate Sustainability Framework(ECSF) program distinguishes several ambition levels for Corporate Sustainability/corporate (...) Responsibility. The traditional Balanced Scorecard is suitable for companies that aim for Compliance-driven CS/cror for Profit-driven CS/cr, where the financial bottom line is the ultimate indicator for success. More ambitious companies want to balance economic, social and ecological targets in a Community-driven CS/sror Synergy-driven CS/cr.For ambitious companies, we propose a format of a Responsive Business Scorecard (RBS). The Responsive Scorecard enables companies to score at Profit, People and Planet, at the same time to integrate stakeholder demands into internal programs to improve performance. The RBS includes five Perspectives: Customers&Suppliers, Financiers&Owners, Society&Planet, Internal Process and Employees&Learning.We assessed the practical feasibility of a Responsive Scorecardin food and tourist industries. In the food industry, we analyzed whether existing business priorities of Italian companies can adequately fill a Responsive scorecard.Our conclusion is that traditional topics like finance, customers and employees are readily filled, but that sustainability topics like chain management (suppliers) and environmental performance (planet) need further elaboration. The tourist sector is dominated by Small and Medium Sized Enterprises. We investigated whether existing eco-labels for camping-sites and marinas can be developed into Responsive Scorecards. Our conclusion is that such a sector specific development of a Responsive Scorecard is possible. Further research has to show what is the value added of the new scorecard for companies in the tourist sector. (shrink)

Philosophers of biology, along with everyone else, generally perceive life to fall into two broad categories, the microbes and macrobes, and then pay most of their attention to the latter. ‘Macrobe’ is the word we propose for larger life forms, and we use it as part of an argument for microbial equality. We suggest that taking more notice of microbes – the dominant life form on the planet, both now and throughout evolutionary history – will transform some of the (...) philosophy of biology’s standard ideas on ontology, evolution, taxonomy and biodiversity. We set out a number of recent developments in microbiology – including biofilm formation, chemotaxis, quorum sensing and gene transfer – that highlight microbial capacities for cooperation and communication and break down conventional thinking that microbes are solely or primarily single-celled organisms. These insights also bring new perspectives to the levels of selection debate, as well as to discussions of the evolution and nature of multicellularity, and to neo-Darwinian understandings of evolutionary mechanisms. We show how these revisions lead to further complications for microbial classification and the philosophies of systematics and biodiversity. Incorporating microbial insights into the philosophy of biology will challenge many of its assumptions, but also give greater scope and depth to its investigations. (shrink)

This article develops the idea that Lévi-Strauss’ thought was shaped all at once in the encounter with structural linguistics. Nevertheless, Lévi-Strauss’s readers know that his writings show blunt passages from a level of discourse that refers to the project of scientific modernity (accretion of knowledge and pursuit of generality) to one announcing the dissolution of culture into physicochemical phenomena (here defined as ultramodern level), and from these two to a language usually defined as “literary”. The latter corresponds to a language (...) which articulates the themes of loss, memory, yearning for the primitive, the concerns about the demographic and environmental transformations of the planet, and an “exaggerated” contact of cultures: themes which all persist in Lévi-Strauss’ thought since its shaping as a “structuralist” one, which have been highly controversial and that could be defined as “antimodern”. Accordingly, this article tries to produce a reading of Lévi-Strauss’ work as articulated on three levels, which persist in Lévi-Strauss’s thought since its early structuralist formation: three “musical staffs” on which his modernity, ultra-modernity and anti-modernity seem all to flow at the same time. (shrink)

This article develops the idea that Lévi-Strauss’ thought was shaped all at once in the encounter with structural linguistics. Nevertheless, Lévi-Strauss’s readers know that his writings show blunt passages from a level of discourse that refers to the project of scientific modernity (accretion of knowledge and pursuit of generality) to one announcing the dissolution of culture into physicochemical phenomena (here defined as ultramodern level), and from these two to a language usually defined as “literary”. The latter corresponds to a language (...) which articulates the themes of loss, memory, yearning for the primitive, the concerns about the demographic and environmental transformations of the planet, and an “exaggerated” contact of cultures: themes which all persist in Lévi-Strauss’ thought since its shaping as a “structuralist” one, which have been highly controversial and that could be defined as “antimodern”. Accordingly, this article tries to produce a reading of Lévi-Strauss’ work as articulated on three levels, which persist in Lévi-Strauss’s thought since its early structuralist formation: three “musical staffs” on which his modernity, ultra-modernity and anti-modernity seem all to flow at the same time. (shrink)

The temporal orientations of any sociocultural grouping are major factors comprising its central identity. The manner in which the past (memories), the present (perception), and the future (anticipation/expectation) are commonly articulated also concern cultural identity. The identity of a cultural group is altered by developmental changes in time keeping and related objective, scientific temporalities.Three modes of temporality, objective, narrative, and transcendental, congruent with different kinds of brain processes, are common throughout our planet. Objective temporality tends to alter and replace (...) traditional narrative and transcendental (spiritual) time, timing, and tempos. Objective temporality is concerned with what is transitory, modern and “progressive”. Objective time is not a traditional form of cultural time; it is a derived Westernized scientific imposition, rather than any cultural formation. This essay develops a new conception of how semiosis occurs. All information is essentially rhythmic, transduced through sensory systems as signals in a space-time domain, but deposited for use into a spectral thermodynamic domain in the human cortex.A “chronemic” perspective, (temporality as it is based in semiotic processes related to human communication) is assumed throughout. Such a perspective appears to be somewhat novel in both communication and semiotic studies. (shrink)

Hegel's natural philosophy is an integral part of his objective idealist philosophical system, is his encyclopedic narration of all the achievements in the natural sciences attained up to the early years of the nineteenth century. Only after a long process of distillation did he tie together his philosophy of thought and of natural science to establish his rich and comprehensive natural philosophy. His On the Orbits of the Planets , written to secure his teaching credentials for the University of Jena, (...) marked the opening phase in the process of the formation of his philosophical thought on nature. Hegel's Philosophical Manuscripts written at the University of Jena and his Philosophy Primer compiled at the Gymnasium in Nuremberg represent his important transitional middle period. Part II of the Encyclopedia of Philosophy , from his lectures at the University of Heidelberg, was his already distilled and mature Natural Philosophy. (shrink)

Against those who question that ethical character should be considered as convincing factor of the human constitution based on empirical reasons, Obiora F. Ike gives good arguments, based on the agenda of the human development and education across the planet, to reaffirm some truth about character formation. There should be no question that simplifications, related to some sort of skepticism over the moral character, are at best purely theoretical fanciness, at worst irresponsible. Passivity in a world made of (...) urgent challenges around education and economic inequalities is not acceptable. Our need to believe, to trust and to act in the real world, lead us to praise some dogmatism on the ground assumption that we act accordingly to our [moral] character. Education has shown us the value of developing moral character. Cross-situational consistency of integrity needs to be shared across cultures, against the impression that it opens a room for abuses, as integrity is also a social construct. (shrink)

In the new physics and in the new field of cosmometry, 1 it is the fundamental pattern that results in the motion from which all is created. Everything starts with the point of infinite potential. The tetrahedron at the point gives birth to the cuboctahedron ; its motion and structure result in the creation of the torus structure. The torus structure is self-referencing on a moment by moment basis since all must pass through the center. But isn't self-referencing the basis (...) for consciousness? It is said that all of creation has awareness, but at different levels. We know plants are aware of threats and of death to other living creatures by the work of Cleve Backster. We know we influence random number generators from the PEAR studies at Princeton. We know baby chicks will influence the movement of robots programed to do a random walk from the work of Rene Peoc'h. Quantum physics has embraced geometry with the work in the equations which explain the Feynman diagrams where particles come in and out of existence; those equations form a structure called the Amplituhedron - which is a quarter of a star tetrahedron. We also know that the tetrahedron can form the star tetrahedron and that each point of the star tetrahedron can form its own star tetrahedron, which can go on infinitely. That is, there is infinity in the finite. As in the fractal and holographic universe, each point or tetrahedron is connected to every other point. If each point has awareness due to formation of the torus, then Hermes teaching of "As above, as below" has meaning in the torus structure. If the torus is the fundamental unit of self-reference, is that the fundamental unit from which consciousness arises? The torus or double torus appears to be fundamental to all of creation - from galaxies to planets to atoms to photons. (shrink)

The article aims at a demonstration of the various problems attached to the concordist project. The study begins with a definition of concordism, precisely in order to show that it is derived from the desire of assuring the unity of the human spirit as it is confronted with the great diversity of scientific knowledge, but also that it ends up contradicting this very intention due to its lack of a true spirit of criticism. The article shows also how during the (...) xx! h century the crucial questions to which the concordism related have to do with those pertaining to the origin of the universe, to the formation of the planet earth and to the notion of original sin. However, due to the fact that this last point is, no doubt, the most delicate and sensible one, the article insists particularly on a more detailed analysis of the notion of original sin in a theological perspective, one namely that is coherent with contemporary scientific knowledge. /// O presente artigo tem por objectivo mostrar os impasses a que conduz a atitude concordista em relação aos dados da Ciência e da Teologia. Nesse sentido, o estudo começa por definir o que se entende por concordismo. Mostra-se até que ponto a intenção do concordismo é a de assegurar a unidade do espírito humano confrontado com a diversidade dos saberes, mas também até que ponto essa mesma intenção é traída pela notável ausência de um verdadeiro espírito crítico. Mostra-se também que ao longo do século XX os pontos mais salientes do concordismo têm a ver com as questões ligadas à origem do universo, à formação da terra e ao pecado original Dado, porém, que este último ponto é, sem dúvida, o mais delicado, o autor do artigo detém-se numa análise mais detalhada e situada da noção de pecado original numa perspectiva teológica renovada por virtude dos conhecimentos derivados das ciências naturais. (shrink)

The purpose of this study is a philosophical analysis of the phenomenon of social responsibility and the peculiarities of the process of its transformation, which took place in the context of globalization. The objective of the study is to determine the nature of the impact of the globalization process on the transformation of the institution of responsibility. In the course of the research, systematic, formal-logical and historical methods of scientific cognition were used. A civilizational approach was also applied, in which (...) the analysis of the object and subject of research was carried out taking into account civilizational features. As a result of the research, we came to the conclusion that globalization in its modern form is a process of modernization within the whole of humanity. Currently, in the vast majority of the most economically and technologically developed countries of the planet, there is such a negative phenomenon as negative demographic dynamics. In turn, this phenomenon is accompanied by a deep crisis of the institution of the family, and with it a massive departure from traditional norms and values. In such conditions, such an important institution and instrument regulating public relations as the institute of social responsibility inevitably undergoes a serious transformation. In the course of this process, there is a transition to the so-called modern society, the fundamental difference of which from the traditional one is that it is focused on the innovative component of culture, which in fact means the ever-increasing predominance of innovative elements over traditional ones, the secular nature of public life, development, which has a progressive, and not cyclical, the formation of democratic institutions, the mass nature of education, the dominance of the universal over the local, etc. All these innovative elements of culture, taken both separately and in combination, have a decisive influence on the entire Worldview of people, including their perception of justice and responsibility. (shrink)

Late Babylonian astronomical texts contain records of the stationary points of the outer planets using three different notational formats: Type S where the position is given relative to a Normal Star and whether it is an eastern or western station is noted, Type I which is similar to Type S except that the Normal Star is replaced by a reference to a zodiacal sign, and Type Z the position is given by reference to a zodiacal sign, but no indication of (...) whether the station is an eastern or western station is included. In these records, the date of the station is sometimes preceded by the terms in and/or EN. We have created a database of station records in order to determine whether there was any pattern in the use of these notation types over time or an association with any bias in the station date or the type of text the station was recorded in. Predictive texts, which include Almanacs and Normal Star Almanacs, almost always use Type Z notation, while the Diaries, compilations, and Goal-Year Texts use all three types. Type Z records almost never include in or EN, while other types seem to include these interchangeably. When compared with modern computed station dates, the records show bias toward earlier dates, suggesting that the Babylonians were observing dates when the planets appeared to stop moving rather than the true station. Overlapping reports, where a station on the same date was recorded in two or more texts, suggest that predicted station dates were used to guide observations, and that the planet’s position on the predicted stationary date was the true point of the observation rather than the specific date of the stationary point. (shrink)

This paper presents an attempt to describe parents’ activities, in which context it is puzzling that – on the basis of a negative assessment of the current reality (current crises, including the privatization of what is public) – parents seem to be searching intensively for new solutions that would make better not only the school but also the world it is a part of. Their focus, in this, is on the local dimension of activities that refer to sustainability and emphasize (...) place. In this approach, place is a field of confrontation and constant becoming. Parental activities in one sustainable community school in Chicago is the point of departure to introduce a pedagogy of the vital place that pays specific attention to how the heritage of these places makes them (partially) resistant to capitalist capture, and somewhat ready to take on the challenges of the crisis in which we live on the planet today. The reflection presented in this article is guided by the assumption that, in these times, when the survival of humankind is at stake, we desperately need a more-than-human format of world. (shrink)

The United Nations ‘Transforming our world: the 2030 Agenda for Sustainable Development’ lays out 17 Sustainable Development Goals to address a range of global issues related to the future of the planet and human well-being. Critics, however, argue that the Agenda, a complex product of multi-stakeholder governance, in its drive to accommodate many competing voices, is overloaded with weakly defined, overlapping and contradictory issues, concepts and buzzwords. These serve to gloss over actual concrete global problems and forces, concealing an (...) underlying free-trade ideology. In this paper, using Multimodal Critical Discourse Analysis, we draw attention to the nature of the documents used to communicate the Agenda. These documents comprise an edifice of self-referential texts that rely heavily on infographics, bullet points, charts and tables. Such formats appear to helpfully simplify, distil information and break things down into workable components. But, we show, through the affordances of these formats, the the vagueness of buzzwords, contradictions and lack of clear causalities can be glossed over, presenting the Agenda as a highly technical, engaging, and above all moral process. These formats are important, therefore, for the legitimization and rhetorical power of the Agenda, necessary for its take-up by governments and organizations around the world. (shrink)

The world in which we live for millennia is a breakthrough, entering into a lane of profound changes, in which the whole of our life is rebuilt and rebuilt. Untwisted to the maximum turns the flywheel of transformations has touched and is ready to deform various spheres of existence of man and humanity: the relation between humanity and the planet in which it lives; the interaction between the states, each of which is looking for its own ways to the (...) future and, at the same time, can not but reckon with the interests of other nations and states; the struggle of social groups and the confrontation of religions, in the interrelationships of which they are struggling to realize that humanity has a common destiny and that universal values ​​and ideals must come first, become the main ones in the interaction between people; high pace of scientific and technological progress, which far from unequivocally affect both the knowledge of our lives, and on ourselves. In other words: we are faced with a new world - both in the latest technologies, in new forms of life, in new ways of worldview and world outlook, and most importantly in those global threats, in which the contradiction between the new realities of our existence and the established forms and methods unfolds. an attitude to this world. It is no coincidence that society and the church face an acute problem of adaptation to global change, the formation of a new worldview that corresponds to a new era. (shrink)

In the discussion of the Anthropocene, infrastructures play an eminent role as expression of man’s deep interference with nature. They mediate the planet by fundamentally shaping the relation between man and environments with long-lasting effects. While infrastructures are understood as stable formations, they need constant care to function properly. Against this background, the paper analyses abandoned infrastructures with respect to their precarious state between nature and culture, between life and death, fragility and stability. In der Diskussion des Anthropozäns spielen (...) Infrastrukturen eine herausragende Rolle als Ausdruck des tiefen Eingriff s des Menschen in die Natur. Sie vermitteln den Planeten, indem sie die Beziehung zwischen Mensch und Umwelt mit langfristiger Wirkung grundlegend gestalten. Während Infrastrukturen als stabile Formationen verstanden werden, brauchen sie ständige Pflege, um richtig zu funktionieren. Vor diesem Hintergrund analysiert der Beitrag verlassene Infrastrukturen in Bezug auf ihren prekären Zustand zwischen Natur und Kultur, zwischen Leben und Tod, Fragilität und Stabilität. (shrink)

In the discussion of the Anthropocene, infrastructures play an eminent role as expression of man’s deep interference with nature. They mediate the planet by fundamentally shaping the relation between man and environments with long-lasting effects. While infrastructures are understood as stable formations, they need constant care to function properly. Against this background, the paper analyses abandoned infrastructures with respect to their precarious state between nature and culture, between life and death, fragility and stability. In der Diskussion des Anthropozäns spielen (...) Infrastrukturen eine herausragende Rolle als Ausdruck des tiefen Eingriff s des Menschen in die Natur. Sie vermitteln den Planeten, indem sie die Beziehung zwischen Mensch und Umwelt mit langfristiger Wirkung grundlegend gestalten. Während Infrastrukturen als stabile Formationen verstanden werden, brauchen sie ständige Pflege, um richtig zu funktionieren. Vor diesem Hintergrund analysiert der Beitrag verlassene Infrastrukturen in Bezug auf ihren prekären Zustand zwischen Natur und Kultur, zwischen Leben und Tod, Fragilität und Stabilität. (shrink)

The relevance of the study of anthropogenic impact on nature, man, society is relevant enough, because the negative externalities of an integrated global economy are damaging to the environment and vulnerable segments of the population, who are least adapted to paying tribute to progress. Being at the crossroads shows that we are responsible for what is happening with nature, man, society and the actual challenges of destroying the planet will grow, which requires the formation of a new way (...) of thinking, based on the world in accordance with human values, preservation of the natural landscape, climate. Analysis of recent research and publications. At the heart of the study is the analysis of the works of Ernst Ulrich von Weizseker, Anders Wykman “Come On! Capitalism, shortsightedness, population and the destruction of the planet. "Report to the Roman Club"; Naomi Klein “Everything changes. Climate capitalism ”; Maxton Graham, Randers Jørgensen “In Search of Welfare. Managing Economic Development to Reduce Unemployment, Inequality and Climate Change ”; Meadows Donnelly, Meadows Dennis, Rangers Jørgensen "Growth Limits. 30 years later ”; Klaus Schwab's Fourth Industrial Revolution, Forming the Fourth Industrial Revolution; Joe Stadwell's "Why Asia has Succeeded." The article analyzes the works of domestic authors - V. Voronkova, V. Melnyk, N. Metelenko, V. Nikitenko, A. Cherep and others. The author draws on her own abstracts of the conference "Limits of Growth" as a response to anthropogenic impact on man, nature, society and a means of achieving sustainability. Setting objectives. Anthropogenic harmful climatic factors supplant natural vegetation, impoverish animal worlds, limit the activity of microorganisms. Management of anthropogenic impacts can be carried out by limiting them: by establishing maximum permissible loads, different standards of introduction of scientifically grounded regimes of natural resources of international cooperation, scientific substantiation of measures on the nature and ecology of man. The purpose of the article - theoretical and practical aspects of solving the problems of anthropogenic impact on nature, man, society and achievement of sustainable development. Research results. Growth limits have been shown to have anthropogenic impact on humans, nature and society as a result of human intervention in ecosystems. As a result, ecosystem simplification and the breaking of biological cycles result. The concept of sustainable development of mankind is the solution of global problems of mankind, among them the solution of the problems of anthropogenic impact on nature, man, society. The research is aimed at solving the problems of anthropogenic impact on nature, man, society and achieving sustainable development of civilization. (shrink)

This paper examines the life and work of T. C. Chamberlin, a prominent glacial geologist who developed an interest in interdisciplinary earth science. His work on the geological agency of the atmosphere informed his understanding of climate change and other terrestrial phenomena and led him to propose a new theory of the formation of the Earth and the solar system.Chamberlin's graduate seminar at the University of Chicago in 1896 contained all the themes that informed his research programme over the (...) next three decades. These included the carbon dioxide theory of climate change in its relationship to diastrophism and oceanic circulation, the role of water vapour feedbacks in the climate system, and the relationship between multiple glaciations, the climate system, and the formation of the planet. (shrink)

A modern stage of globalization is a historical and logical continuation of “an economical social formation” (K.G. Marx), a civilization (L.G. Morgan). The analysis of this globalization in philosophy and social sciences has an extremely contradictory character which is law-governed in the modern society. Modern globalization has been showing itself as a qualitatively new historical process since 1991. Judging from the positions of the dialectical materialistic theory of history (K.G. Marx, F. Engels, V.I. Lenin and others) it by its (...) essence has got a postneoimperialistic, antagonistic character. It’s main features, attributes has been revealed. It doesn’t solve any sharp global problems, but only aggravated and intensifies them. This globalization has greatly increased, made inhuman the process of “cosmopolitization” which developed during the whole existence of capitalism and imperialism. A total degradation and dehumanization of a social person have been taking place, interstate and civil burst into flames, mass disturbances arise, hundreds thousands of people die, genocide and depopulation of some peoples on the planet become “normal” including the countries of the UIS. Destructive process of modern globalization with the USA as the main “player” together with corresponding international institutions (WTO, ICF, World bank, NATO and other), TNC have been resisted in a definite way by antiglobalizing andalterglobalizing movement in many countries on the planet. (shrink)

Have humans always had the desire to inhabit other worlds? From the microscopic scale to the vastness of outer space, it seems our capacity for occupying uninhabitable spaces with our intellect, our bodies, our sensorium, our desire, is fundamental to our being. What are these spaces and how do we come to ‘know’ them? Whether mythological, religious or scientific, these minute or vast worlds are spaces that we unfold, narrate and dwell in. In his short story ‘The Stone Sky’ the (...) novelist Italo Calvino writes of the inhabitants who live in a world that exists beneath the earth’s crust. These inhabitants who occupy the underworld exist in a mutable form that allows them to travel through the dense, dark inner landscape of the earth, through the crystal structures, the nickel sea to the earth’s core, an intricate viscous landscape quite other than the formation of matter on the earth’s surface. Calvino’s narration tells us of what is it to inhabit the interstices of the underworld, to be in a space with little intervening air, to live within the deep time scale of crystal formation. The neuroscientist Christof Koch states that ‘we live in a universe where organised bits of matter give rise to consciousness’ and that we need to extend our understanding of what consciousness really is. Could it be that these other worlds, whether planets only just glimpsed through early telescopes, or nano-landscapes at the scale of the atom are still integrated with our own fundamental make-up? Are they the product of a vastly developed pre-frontal cortex or are they a result of ideas, knowledge and experiences accumulated over billions of years? In this article I will look at the concepts of matter as a carrier of consciousness and of panpsychism as a tool with which to understand our habitation of other worlds. (shrink)

This essay begins by noting that “the question of the animal” has been abandoned prematurely in the current theoretical landscape in favor of the Plant, the Stone, the Object, and a more general rush toward Materialism and Realism (in their various permutations). The latest iteration of this economy of knowledge production (and planned obsolescence) may be found in the ubiquitous discourse of “the Anthropocene.” While it is a large and diverse body of thought and writing, I will focus here on (...) Bruno Latour’s influential rendition in Facing Gaia: Eight Lectures on the New Climatic Regime. I share Latour’s reservations about the concept of the Anthropocene, and I also share his desire for a more complex understanding of Gaia as an “outlaw” whose alterity pushes back against traditional concepts of nature as a totalized and homeostatic order. As I will show, however, Latour’s Actor Network Theory is far too blunt a theoretical instrument to account for the radical difference between qualitatively different orders of complexity and causation that obtain in biological vs. physical systems, which is crucial, of course, for understanding the role of the biological in the larger domain of Gaia and climate change. As I will show – drawing principally on the work of Stuart Kauffman and his proposition that the evolution of the biosphere is neither non-ergodic nor governed by entailing laws – the real “outlaw” (to use Latour’s language), when it comes to the evolution of the earth and its climate system, is the contingency and recursivity of autopoietic biological systems, which enable a form of downward and distributed causality, and a “decoupling” between micro- and macro-levels (to borrow Alicia Juarrero’s phrase), in which the alterity and negativity of temporality (hence my emphasis on “dynamic”) is irreducible and “creative.” We see this both ontogenetically and phylogenetically (as in the example of niche formation in ecosystems). In short, biology is not (only) physics – far from it. Why is this important? Because, after decades of hegemony by the neo-Darwinian reductionist paradigm, with its infatuation with the genome as the “book of life” and its subsequent engineering paradigm for biological existence, it is crucial to formulate an anti-reductionist, interdisciplinary framework for understanding the real complexity of life on the planet and its evolution. Here, however – as I argued in What is Posthumanism? – the issue isn’t just what you are thinking (the decentering of the human and humanism that Latour and I both share) but how you are thinking it. Here, Latour’s work has a desire, but no theory, for the alterity we both seek. At this crucial epistemic moment, we need, in short, an anti-reductionist anti-reductionism – not flat ontologies, but ever more “jagged” ones. (shrink)

The main characteristic of the modern environment is the negative change by its people – destruction and pollution. Man is part of the biosphere and the technogenic transformations of the biosphere inevitably affect him. Under the influence of technogenic civilization, all spheres of human activity undergo changes, and science above all. Ecology is especially keenly aware of the challenges of technogenic civilization. It focuses on anthropogenic factors, works with the human environment. At the same time, its problem field is expanding (...) due to interdisciplinary research and the allocation of knowledge of new environmental disciplines into an independent industry. The interdisciplinarity of modern ecology is most clearly visible on the example of such a direction as informational ecology. The presence of the digital environment in human life has grown so much that it requires the separation of the digital information environment into a separate subsystem. Information ecology studies the laws of the influence of information on the formation and functioning of man. In turn, interdisciplinarity, assuming the use of knowledge from various branches of science, brings us to the problems of the collective agent of cognition and distributed knowledge. In ecology, the problems of the collective agent of cognition are implemented through crowd-sourcing technology. Ecology is a science that requires massive collection of observation data (samples of water, air, soil pollution in various, sometimes hard-to-reach corners of the planet, observation of fluctuations in the number of species of animals and plants). The popularity of crowdsourcing projects in the field of ecology is explained by the fact that the challenges and threats of anthropogenic civilization have generated such a trend of our time as environmental orientation or environmentalism. Ecological crowdsourcing projects, inspired by the philosophy of environmentalism, can serve as an answer to the challenges of technogenic civilization. (shrink)

The paper states that the world as a self-ruling system needs creation of its new concept based on philosophy of harmony. Harmonic foundation-building of the world system, safeguarding the turning strategy of the world from non-balanced into balanced development, formation of world order on the basis of convergent idea on world unity of nationstates, the leading way of integral globalization contrary to unipolar globalization are the principal conditions of the world’s progress. The necessity on creation of harmony in the (...) world occupies an important place in the practice of international social, political, economic and civilizationalrelations. Global civilization, which appears as a result of historical development of humanity, the evolution of philosophical idea of world unity, interaction of globalizational and civilizational processes and other specific development conditions, defines itself as a new stage of our planet. Through forming the organics of national cultures and local civilizations global civilization begins to create its own complex of common-universal behaviors and values. The historical and international importance of the globalization era is that it opens its very successful perspectives having rational basis of world development towards global civilization not in a spontaneous, but in a naturally determined movement. Global civilization comprising humanity’s potential harmonically is and will continue to be the principal project of world-building. (shrink)

All activities which are taking place in the Cosmos also exist in a human body in subtle micro-scale. Plexuses centers in a human body are the most mysterious kinds of energies. The six-center plexus system is the path of the Kundalini shakti, the primordial cosmic energy of a person. Each plexus has its own propensities (vibrating words/dimensions/vritti) and an acoustic root. These plexuses control some cluster of words of sounds and corresponding physical organs in human body. The 50 main propensities (...) of the human’s unit mind are expressed through the vibration-expression of these plexuses. These vibrations cause hormones to secrete from the corresponding glands of the human’s body. These plexuses can play very important roles in curing the diseases. According to the Theory of Nikola Tesla’s 369, there are all together 1 to 9 digital root numbers exist. All other higher or lower numbers are the combination of those digital root numbers. This statement seems quite true when we compare it with Theory of Absolutivity. If 3, 6, 9 numbers are arranged together it makes a letter Ohm (AUM) which represents actually a Sagun Bramh/Nikola Tesla’s 369 triangle which is a part of NirgunBramh having higher dimensions. Number zero is the NirgunBramh (having all the qualities but in dormant form) which does not possess any quality in action. Number 3, 6, 9 forming as an equilateral triangle of static, mutative and sentient forces representing the Black-hole which is a part of Sagun Bramh projecting Himself as a Visible World through Big-bang along with forming five basic elements such as Ethereal, Areal, Fire, Liquid and Solid. According to the biological science, life emerged in this planet from matter about four billion years ago in the form of DNA that carried the software for the development of billion of species on the way to its final destination in humans. These facts also fully support the above hypothesis of universe formations. (shrink)

The new discipline of exobiology formed from the intertwining of origin of life research with the search for life or its building blocks on other planets, from 1957-1973. The field was inherently highly interdisciplinary, yet it coalesced very quickly and was responsible in its first twenty years for numerous important contributions to twentieth century life science and planetary sciences such as climatology, the study of mass extinctions, etc. NASA played a very important role in catalyzing the rapid consolidation of exobiology, (...) both through research grants and through sponsored meetings that overcame disciplinary boundaries, bringing together scientists from diverse backgrounds. The presence of a handful of prominent senior scientists such as Joshua Lederberg, Melvin Calvin and Norman Horowitz helped gain credibility for exobiology, in the face of criticism and competition from existing life sciences disciplines. Tensions within the exobiology research community and between NASA-funded science and the academic research community are explored, as are such milestones of discipline formation as journals and professional societies. (shrink)

Is a simple refinement of the way we are living sufficient to address the environmental crisis? Is a wise use stance in which we produce and consume 'smarter' enough? This work not only answers no to the above question, but argues that a new way of life is already emerging---an ecological way of life. The ecological way of life is centered conceptually upon the ethical ideas first formulated in various policy documents, namely, that we are responsible to future generations in (...) terms of sharing this planet. The obligation to future generations follows from the formation of a new kind of transgenerational community that differs significantly from both immediate descendants and the posterity models for such communities. The reference to future generations undercuts the traditional US-THEM distinction and opens up a future-to-come in opposition to a future-present. The 'otherness' of future generations is emphasized with the result that our task is one of living within a disciplined not-knowing. This transgenerational community formed around future generations provides a framework for the ecological way of life by providing the ethical context for such environmental obligations as the precautionary principle. ;Given that the reference to future generations undercuts the traditional motivation provided by an US-THEM distinction, the experiential dimension of the environmental movement comes to the fore. How can people be motivated to sacrifice for those that come after, especially as they are not immediately identified with an Us? I examine an existential arena I labeled as 'living in the woods'. This space is an over-determined space of exile from the dominate culture that not only allows for social critique, but through the rediscovery of 'natural' rhythms and the experience of the beauty of a particular, provides an embodied experience of biophilia and of the earth as the fragile and vulnerable home of future generations. Not everyone has to 'life in the woods', but these experiences and reflections do provide, much as religious life in the monastery, an intense and articulated paradigm of a way of life for others. ;Finally, this dissertation was written for an intelligent, lay audience. The interconnections among environmental policies, political dynamics, and ethical concerns are all examined. (shrink)

In the first part of this contribution, we review the development of the theory of scale relativity and its geometric framework constructed in terms of a fractal and nondifferentiable continuous space-time. This theory leads (i) to a generalization of possible physically relevant fractal laws, written as partial differential equation acting in the space of scales, and (ii) to a new geometric foundation of quantum mechanics and gauge field theories and their possible generalisations. In the second part, we discuss some examples (...) of application of the theory to various sciences, in particular in cases when the theoretical predictions have been validated by new or updated observational and experimental data. This includes predictions in physics and cosmology (value of the QCD coupling and of the cosmological constant), to astrophysics and gravitational structure formation (distances of extrasolar planets to their stars, of Kuiper belt objects, value of solar and solar-like star cycles), to sciences of life (log-periodic law for species punctuated evolution, human development and society evolution), to Earth sciences (log-periodic deceleration of the rate of California earthquakes and of Sichuan earthquake replicas, critical law for the arctic sea ice extent) and tentative applications to systems biology. (shrink)