This article explores thematic parallels between the book of Ecclesiastes and the reflections and memories of Holocaust survivors. The three themes touched on find expression in the post‐World War II existentialist literature which sought to respond to the incomprehensibility of the Holocaust : the role of extreme circumstances, absurdity, and the individual struggle with, or against, death and fate. It is existentialist philosophy, then, that provides the categories for the comparison.Although one cannot presume an experiential likeness between Qoheleth’s narrative and (...) the real suffering of Holocaust victims, Qoheleth’s observations and lamentation about the absurdity of his own experience resonate a great deal with the experience of the Holocaust ’s survivors. (shrink)

This article may be of significant interest to those who may want to reconsider Aristotelian principles in the light of the philosophy of science---i. e., the Aristotelian Thomistic philosophy of sensation as harmonizable with recent findings in the physics/chemistry/physiology of sensation, especially in correlation with research in colorimetry and spectrophotometry. Primarily metaphysical and epistemological in orientation, this paper makes a case for “methodological realism”---viz., how evidence may be grasped, judged, and interpreted in a way that recognizes extemal sense objects to (...) be criteria for verifying statements made about these objects. Amongst the matters and/or problems, considered philosophically, historically, and scientifically, in the course of the article, are: the kinds of sensible qualities discoverable by us; the problem of “immediate” sensation; an analysis of the intemal process of sensation, investigated in conjunction with insights from Aquinas and today’s science; objective/subjective aspects of sensation; causality in sensation; sceptical positions regarding sensation; the problem of sense error; a critique of Descartes’s assumptions about sensation; a sumrnary of conclusions, based on this examination. (shrink)

From approximately 900 to 1300 a.d., a period known to climatologists and historians of science as the Little Climatic Optimum, temperatures in the Northern Hemisphere averaged one or two degrees Fahrenheit above normal—this according to ice‐core samples, tree ring analysis, the calculation of sea levels, and other standards of measurement. In what would become known as the Four Corners region of the United States, the culture of the Anasazi flourished as never before in the now‐famous ruins of such magnificent cliff (...) dwellings as Chaco Canyon. Meanwhile, far to the north, the Viking raider and convicted killer Eric the Red brought European civilization by open boat to Greenland, so named to attract wary settlers whose common sense dictated that these harsh surroundings might spell their doom. Yet both cultures would flourish for upward of three hundred years.Things began to change for the worse in the latter half of the thirteenth century, as shifts in wind and weather ushered in the so‐called Little Ice Age, which lasted from about 1300 to 1850. Brian Fagan, a professor of archaeology at the University of California at Santa Barbara and the author of more than a dozen books, most of which are directed at the general reader, observes this period through the lens of climate change, with particular emphasis on what transpired in an anxious and often turbulent Europe.From 1300 onward the climate grew cooler, more stormy, and subject to sporadic extremes—in a word, unpredictable. Glaciers and pack ice advanced; rivers never known to freeze over became natural skating rinks; blizzards enveloped and erased the frozen landscape; and people starved and froze to death in the seemingly endless winters depicted by the Flemish master Peter Brueghel. At other times the climatic seesaw drove temperatures up, replacing bitter cold with blazing summers, drought, or torrential rains, changes that could take place in a single season or across decades. In between there were long periods of mild winters and warm summers that saw the harvesting of bountiful crops. But overall temperatures in the Northern Hemisphere declined, boosting the misery index of Europeans left to wonder what they had done to so offend an angry God.Unlike the current greenhouse warming ushered in by the Industrial Revolution, the climatic variability of the Little Ice Age remains, in Fagan's words, “a conundrum.” He speculates that it may have had much to do with a shift in the great ocean conveyor belt that rushes, like a thousand Amazons, from Southern Hemisphere to Northern and back again. Or it may be associated with the virtual disappearance of sunspots during much of the period under scrutiny, or with some other phenomenon that we know much too little about.The scientific causes aside, the author takes great pains to disassociate himself from what he calls “environmental determinism,” the notion that climate change has been a primary trigger for major historical events or that it has been the single most important cause of any civilization's decline and fall. Rather, he sees it as one of many factors, including politics, war, religion, and population shifts, that scholars must fold into their teaching of history and related subjects. This may be so in many instances, but how else to explain the literal overnight disappearance of the Anasazi from the Chaco, where the ashes from their fires of six hundred years ago lie scattered on the floor? Then there are the haunting words of Ivar Bardarson, a seafaring Norwegian priest who, in 1361, sailed up Greenland's west coast, hoping to make contact with his fellow Christians, from whom nothing had been heard for several years because of the ice. Search though they did, Bardarson and his companions found no survivors, causing the priest to remark: “There was never a man.”This well‐written and copiously illustrated book will make excellent reading for generalist and professional alike. And for those wishing to introduce the subject of climate change to undergraduates by placing it within a historical context, The Little Ice Age offers an excellent place to start. (shrink)

In this paper we attempt to sharpen and to provide an answer to the question of when human beings first become conscious. Since it is relatively uncontentious that a capacity for raw sensation precedes and underpins all more sophisticated mental capacities, our question is tantamount to asking when human beings first have experiences with sensational content. Two interconnected features of our argument are crucial. First, we argue that experiences with sensational content are supervenient on facts about electrical activity in the (...) cerebral cortex which can be ascertained through EEG readings. Second, we isolate from other notions of a‘functioning brain’that which is required to underpin the view that a cortex is functioning in a way which could give rise to rudimentary conscious experiences. We investigate the development in the human fetus of the anatomical and chemical pathways which underpin cortical activity and the growth and maturation of the electrical circuitry specifically associated with sensational content in adult experience. We conclude that a fetus becomes conscious at about 30 to 35 weeks after conception; an answer based on a careful analysis of EEG readings at various stages of cortical development. Finally, we survey the possible ethical ramifications of our answer. (shrink)

Concept of Avidyā in the Vedānta philosophy of Śaṅkarācārya; a study.

Study of Vedāntasiddhāntamuktāvalī, treatise on Hindu Advaita (non-dualistic) Vedanta philosophy, by Prakāśānanda, 16th cent.

Is there any link between the doctrine of logical fatalism and prime numbers? What do logic and prime numbers have in common? The book adopts truth-functional approach to examine functional properties of finite-valued Łukasiewicz logics Łn+1. Prime numbers are defined in algebraic-logical terms and represented as rooted trees. The author designs an algorithm which for every prime number n constructs a rooted tree where nodes are natural numbers and n is a root. Finite-valued logics Kn+1 are specified that they have (...) tautologies if and only if n is a prime number. It is discovered that Kn+1 have the same functional properties as Łn+1 whenever n is a prime number. Thus, Kn+1 are 'logics' of prime numbers. Amazingly, combination of logics of prime numbers led to uncovering a law of generation of classes of prime numbers. Along with characterization of prime numbers author also gives characterization, in terms of Łukasiewicz logical matrices, of powers of primes, odd numbers, and even numbers. (shrink)

Contributed articles on self-realization.

Razdel 1. F. Nit︠s︡she i russkai︠a︡ myslʹ Serebri︠a︡nogo veka -- Razdel 2. Religii︠a︡ Serebri︠a︡nogo veka -- Razdel 3. Russkai︠a︡ germenevtika -- Razdel 4. Filosofii︠a︡ imeni v Rossii.

Hagiography of Sankaracarya, the exponent of Advaita philosophy.

Multilingual dictionary of philosophical terms.

Analytical study of Buddhist psychology.

T. 1. Ot antichnoĭ fiziki do Mendeleeva.