The article presents an obituary for Polish philosopher Piotr Lenartowicz.

This book contains five lectures which had been delivered at the Jesuit Faculty of Philosophy in Cracow. Each of them is different in subject-matter, but what makes them one book is the common concern for the social affairs. It is addressed to the general reader. Those readers who are uninitiated in the field of broadly-understood politology could find there a short dictionary of political-ethical terms. It would not just facilitate the reports' comprehension, but also widens an outlook by introducing the (...) semantic aspects of terminology that sometimes is left out of account. (shrink)

This book contains five lectures which had been delivered at the Jesuit Faculty of Philosophy in Cracow. Each of them is different in subject-matter, but what makes them one book is the common concern for the social affairs. It is addressed to the general reader. Those readers who are uninitiated in the field of broadly-understood politology could find there a short dictionary of political-ethical terms. It would not just facilitate the reports' comprehension, but also widens an outlook by introducing the (...) semantic aspects of terminology that sometimes is left out of account. (shrink)

Kluczowe w filozofii Lenartowicza było pojęcie organizmu żywego rozumianego jako cykl życiowy, który będąc powiązany z innymi podobnymi cyklami wplata się w sieć linii pokoleń danego rodzaju istot żywych. Fundamentem cyklu życiowego jest dynamika rozwojowa rozpoczynająca się w momencie poczęcia organizmu. Patrząc na osobnika z perspektywy jego rozwoju, można powiedzieć, że w swej najgłębszej istocie jest on nie tyle i nie przede wszystkim całościową funkcjonalną strukturą, która przejawia życie, ile jest raczej żywą dynamiką, której jednym z zasadniczych przejawów jest zintegrowane (...) budowanie, odbudowywanie, naprawianie i modyfikowanie różnorakich skorelowanych struktur ciała, czyli maszyn molekularnych, organelli i organów, które warunkują zachodzenie różnorodnych procesów biochemicznych i fizjologicznych oraz umożliwiają selektywne interakcje ze środowiskiem abiotycznym i biotycznym. (shrink)

Patrząc na osobnika z perspektywy jego rozwoju. można powiedzieć, że w swej najgłębszej istocie jest on nie tyle i nie przede wszystkim całościową funkcjonalną strukturą, która przejawia życie, ile jest raczej żywą dynamiką, której jednym z zasadniczych przejawów jest zintegrowane budowanie, odbudowywanie, naprawianie i modyfikowanie różnorakich skorelowanych struktur ciała, czyli maszyn molekularnych, organelli i organów, które warunkują zachodzenie różnorodnych procesów biochemicznych i fizjologicznych oraz umożliwiają selektywne interakcje ze środowiskiem abiotycznym i biotycznym. Dynamika rozwojowa — w przekonaniu Lenartowicza — jest podstawowym (...) behawiorem każdej istoty żywej i powinna być fundamentem kształtowania właściwej koncepcji życia. (shrink)

The Jesuit Faculty of Philosophy in Cracow has existed since 1934, when it was erected by the Congregation for Seminaries and Universities. For the first 55 years it educated only the Jesuits, but since 1989 it has been opened to the laity as well. A memorial book Philosophia Rationis Magistra Vitae was published to celebrate the 70th anniversary of the Faculty of Philosophy with special dedication to its Professors: Fr. Roman Darowski SJ, Fr. Piotr Lenartowicz SJ, and Fr. (...) Stanislaw Ziemiański SJ. All of them have worked at the former Faculty of Philosophy which is now the Faculty of Philosophy of Ignatianum. In these past few years, Fr. Ziemiański and Fr. Lenartowicz have celebrated their 70th birthday, during this year Fr. Darowski will celebrate such jubilee. The book consists of two volumes. The first contains congratulatory letters from Provincials of the Polish Jesuits to the Jubilarians. It also contains a short history of the Jesuit Faculty of Philosophy in Cracow, and provides presentations of the professors celebrating their anniversaries. (shrink)

The Jesuit Faculty of Philosophy in Cracow has existed since 1934, when it was erected by the Congregation for Seminaries and Universities. For the first 55 years it educated only the Jesuits, but since 1989 it has been opened to the laity as well. A memorial book Philosophia Rationis Magistra Vitae was published to celebrate the 70th anniversary of the Faculty of Philosophy with special dedication to its Professors: Fr. Roman Darowski SJ, Fr. Piotr Lenartowicz SJ, and Fr. (...) Stanislaw Ziemiański SJ. All of them have worked at the former Faculty of Philosophy which is now the Faculty of Philosophy of Ignatianum. In these past few years, Fr. Ziemiański and Fr. Lenartowicz have celebrated their 70th birthday, during this year Fr. Darowski will celebrate such jubilee. The book consists of two volumes. The first contains congratulatory letters from Provincials of the Polish Jesuits to the Jubilarians. It also contains a short history of the Jesuit Faculty of Philosophy in Cracow, and provides presentations of the professors celebrating their anniversaries. (shrink)

It is our intention to re-investigate only a few of the innumerable epistemological problems concerning Paley's argumentation for the existence of God. Nowadays this argumentation is commonly considered as invalid. Modern philosophers believe that the Humean Dialogs on Natural Religion and the Darwinian theory of evolution deprived Paley's reasoning of any cognitive validity. This judgment seems to us unjustified. We shall try to demonstrate that the very meaning and the logical structure of Paley's argumentation are continuously misunderstood, and that critics (...) have attacked rather a false image of Paley's cognitive pathway. Furthermore, we will show that Paley actually argues for the existence of a single agent producing biological organs. Indeed Paley demonstrates, that a biological organ is a kind of objective whole, and by necessity one produced by a single agent. However, Paley's form of argumentation is not sufficient to indicate whether this agent might be identified with a divine Creator, or Aristotelian "soul" building and commanding biological organs, or the recently discovered, described and deciphered deoxynucleotide polymer present in the reproductive biological cell. (shrink)

The main thesis of this book - written by a well known epistemologist and philosopher of sciences is rather sceptical. Both parties of the conflict defend a complex set of beliefs, both a priori accept many narrow, but controversial assumptions, both often ignore the primary arguments of the opponent.

Biologists are not used to the term „substance". They prefer to say „a living being", „an organism", a „specimen of species Homo sapiens'' - for instance. Chemists, on the other hand, when they say „this is a new substance" they usually mean the same Aristotle would mean - I think. The chemical meaning of the term „substance" is closest to the one I am going to discuss in this paper. To know a substance, one has to accumulate and store a (...) multitude of different forms of evidence concerning this „natural behavior". So that concept of the „nature" of a given chemical substance is necessarily very complex and it cannot result from a single sensation, or a momentary observation. (shrink)

The principles of the physical patterns of self-organization are numerous, different upon various levels of the scale of complexity. The integrated pattern of the changes going on in a living body indicates an integrated nature of its principle - whatever it might happen to be. Aristotle called this kind of principle „psycho", H. Driesch called it „entelecheia", sociobiolo- gists believe that D N A is the right name for it. The fundamental problem consists in seeing - not just deciding a (...) priori - if the empirical data do require - in a living organism - a single, integrating agency. If such a requirement originates in an illusion, the whole problem is fictitious. If this requirement is well founded, then we must to search for such an agent. (shrink)

It is our intention to re-investigate only a few of the innumerable epistemological problems concerning Paley's argumentation for the existence of God. Nowadays this argumentation is commonly considered as invalid. Modern philosophers believe that the Humean Dialogs on Natural Religion and the Darwinian theory of evolution deprived Paley's reasoning of any cognitive validity. This judgment seems to us unjustified. We shall try to demonstrate that the very meaning and the logical structure of Paley's argumentation are continuously misunderstood, and that critics (...) have attacked rather a false image of Paley's cognitive pathway. Furthermore, we will show that Paley actually argues for the existence of a single agent producing biological organs. Indeed Paley demonstrates, that a biological organ is a kind of objective whole, and by necessity one produced by a single agent. However, Paley's form of argumentation is not sufficient to indicate whether this agent might be identified with a divine Creator, or Aristotelian "soul" building and commanding biological organs, or the recently discovered, described and deciphered deoxynucleotide polymer present in the reproductive biological cell. (shrink)

The general ideas of this book are of double origin. One source is akin to the relatively recent current of biological thought named Evo-Devo. Second source belongs to a more ancient French philosophical tradition represented, among others, by Bergson and Pierre Teilhard de Chardin. Few words about the Evo-Devo research program. Its creation was prompted by the analysis of the developmental processes in the embryos of different species. About fifteen years ago some discoveries related to the dynamics of the embryological (...) development demonstrated a striking structural identity/stability of homeoboxes in different living forms. Homeoboxes are just small genes determining a strictly specific aminoacid sequence of short polypeptides which „act" like hormones, „regulating" the dynamism of the gradually developing body. The parentheses were used deliberately, to stress the arbitrary character of the „signalling". (shrink)

The general ideas of this book are of double origin. One source is akin to the relatively recent current of biological thought named Evo-Devo. Second source belongs to a more ancient French philosophical tradition represented, among others, by Bergson and Pierre Teilhard de Chardin. Few words about the Evo-Devo research program. Its creation was prompted by the analysis of the developmental processes in the embryos of different species. About fifteen years ago some discoveries related to the dynamics of the embryological (...) development demonstrated a striking structural identity/stability of homeoboxes in different living forms. Homeoboxes are just small genes determining a strictly specific aminoacid sequence of short polypeptides which „act" like hormones, „regulating" the dynamism of the gradually developing body. The parentheses were used deliberately, to stress the arbitrary character of the „signalling". (shrink)

Since the discovery of the Neandertal bones 1856, the extremely old, fragmentary fossil remains of hundreds of man-like bodies have been discovered in Europe, Asia, and Africa. Even the oldest ones - usually the most incomplete - look man-like and „un-apish", even to a layman, if compared with a modem apish and human correlate. Sometimes, in the vicinity of these remains, primitive stone tools or the evidence of their production have been found. At present, it seems absolutely certain — within (...) the limits of our present physical and biological knowledge - that at least four million years ago, in Africa, some creatures resembling modern man were living, and that at least two and half million years ago, in Africa, stone tools were produced. In contrast with the firm, scientifically-arguable belief that all modem human tribes - however different they are - belong to a single species, in paleoanthropology an equally firm scientific belief is maintained that the extinct man-like forms belong to several different, „presapient", „prehuman'', more ape-like species. (shrink)

The main thesis of this book - written by a well known epistemologist and philosopher of sciences is rather sceptical. Both parties of the conflict defend a complex set of beliefs, both a priori accept many narrow, but controversial assumptions, both often ignore the primary arguments of the opponent.

The sciences, from their ancient beginnings, use a double way of investigation. One was applied to mineral and astronomical bodies, another to living ones. A ruling, tacit, common sense methodological or epistemological principle was this: The method of description should respect the inner essential properties of the object. For instance, neither the movements of the astronomical bodies, nor the behavior of the living bodies should be described in the scale of subatomic interactions. In modern times quite another methodological principle has (...) been enthroned. The cosmos, astronomical, mineral and alive bodies altogether, have, allegedly, to be considered as a single natural whole, ruled by essentially the same set of principles. The properties of the mineral world are accepted as a universal model of descriptive concepts, and the explanatory concepts proper to the mineral world are accepted as a universal model of explanation in biology. So, up to now, the academic sciences have been dominated by the philosophical option of materialist monism, or panmaterialism. This option—we may call it antiteleologism and fragmentarism—has a profound impact on empirical research and the way biological phenomena are described. This strange, unnatural, arbitrarily imposed conceptual framework ignores the most fundamental biological dynamisms, and precludes our intellect from seeing the right questions and striving towards the right answers. Consequently it arbitrarily reduces the range of “scientifically acceptable” explanations. This antiteleological methodology of sciences, imposed on biological mind by philosophers, led to major change in the ideas of philosophers of nature. The physiology and anatomy of the fully developed living bodies has become their central object of study. Much less attention is paid to developmental processes such as biosynthesis, morphogenesis, embryogenesis, phenotypic adaptation and regeneration. The fully shaped structures and their functional properties are considered a hopeful basis of all the necessary explanations. For instance the structure of tile DNA molecule has become more important than the problem of its origin, and the structure of the brain more important than the developmental processes which lead to its construction. However, the enormous progress of biological sciences in spite of the widespread, dominating antiteleological and fragmentarist approach corroborates the very ancient, Aristotelian insight, which put the principal stress on the developmental aspect of life. Aristotle, and his more modern followers, was fascinated by the integrated and intrinsically heterogenous tendencies visible in the course of life. Today, we can say that at least eight such tendencies are universal, i.e. appear in every single form of life : The tendency to select the proper kind of raw material and the proper kind of raw energy present in the environment. The tendency to synthesize new, highly selective forms of chemical structures. The tendency to utilize biological material in the process of building the nano-, micro-, and macro-machines. The tendency for a relatively rapid, continuous production and replacement of all the elements of the functional structures of the body. The tendency for a relatively rapid, continuous modification of the functional structures in a way which makes them more efficient within a changing environment. The tendency to repair and to regenerate the damaged elements of the functional structures of the body. The tendency for multiplication, which means the production of such structures and the depots of the biological material as seeds, eggs, spores or buds. These structures, providing the environmental conditions are favorable, are starting points of new instances of the above described tendencies. The tendency—possibly universal—to provide all the structures of the body with the “recognition marks” which help to eliminate all the, “alien” bodies and to recognize members of the own kind. These tendencies are not homogeneous. Homogeneous tendencies can be illustrated by the tendency of bodies to attract one another. This kind of tendency was the empirical source of such abstract concepts as gravitation, electrostatic force or magnetic force. Biological tendencies are heterogeneous and, at the same time, integrated. Human intellect is capable of recognizing the fundamental indivisibility of the set. A great number of observations and experiments have revealed and verified the fundamental indivisibility of the whole set of these tendencies. The concrete, bodily outcomes of these tendencies, however, are quite different in different families and orders of living things. Because of these differences the existence of different kinds of integrative principles was postulated. In this way a plurality of living substances was assumed. (shrink)

The principles of the physical patterns of self-organization are numerous, different upon various levels of the scale of complexity. The integrated pattern of the changes going on in a living body indicates an integrated nature of its principle - whatever it might happen to be. Aristotle called this kind of principle „psycho", H. Driesch called it „entelecheia", sociobiolo- gists believe that D N A is the right name for it. The fundamental problem consists in seeing - not just deciding a (...) priori - if the empirical data do require - in a living organism - a single, integrating agency. If such a requirement originates in an illusion, the whole problem is fictitious. If this requirement is well founded, then we must to search for such an agent. (shrink)

The principles of the physical patterns of self-organization are numerous, different upon various levels of the scale of complexity. The integrated pattern of the changes going on in a living body indicates an integrated nature of its principle - whatever it might happen to be. Aristotle called this kind of principle „psycho", H. Driesch called it „entelecheia", sociobiolo- gists believe that D N A is the right name for it. The fundamental problem consists in seeing - not just deciding a (...) priori - if the empirical data do require - in a living organism - a single, integrating agency. If such a requirement originates in an illusion, the whole problem is fictitious. If this requirement is well founded, then we must to search for such an agent. (shrink)

Since the discovery of the Neandertal bones 1856, the extremely old, fragmentary fossil remains of hundreds of man-like bodies have been discovered in Europe, Asia, and Africa. Even the oldest ones - usually the most incomplete - look man-like and „un-apish", even to a layman, if compared with a modem apish and human correlate. Sometimes, in the vicinity of these remains, primitive stone tools or the evidence of their production have been found. At present, it seems absolutely certain — within (...) the limits of our present physical and biological knowledge - that at least four million years ago, in Africa, some creatures resembling modern man were living, and that at least two and half million years ago, in Africa, stone tools were produced. In contrast with the firm, scientifically-arguable belief that all modem human tribes - however different they are - belong to a single species, in paleoanthropology an equally firm scientific belief is maintained that the extinct man-like forms belong to several different, „presapient", „prehuman'', more ape-like species. (shrink)

The article reviews the book Życie a orientacja w rzeczywistości przyrodniczej [Life and Orientation in Natural Reality], by Jolanta Koszteyn.

The sciences, from their ancient beginnings, use a double way of investigation. One was applied to mineral and astronomical bodies, another to living ones. A ruling, tacit, common sense methodological or epistemological principle was this: The method of description should respect the inner essential properties of the object. For instance, neither the movements of the astronomical bodies, nor the behavior of the living bodies should be described in the scale of subatomic interactions. In modern times quite another methodological principle has (...) been enthroned. The cosmos, astronomical, mineral and alive bodies altogether, have, allegedly, to be considered as a single natural whole, ruled by essentially the same set of principles. The properties of the mineral world are accepted as a universal model of descriptive concepts, and the explanatory concepts proper to the mineral world are accepted as a universal model of explanation in biology. So, up to now, the academic sciences have been dominated by the philosophical option of materialist monism, or panmaterialism. This option—we may call it antiteleologism and fragmentarism—has a profound impact on empirical research and the way biological phenomena are described. This strange, unnatural, arbitrarily imposed conceptual framework ignores the most fundamental biological dynamisms, and precludes our intellect from seeing the right questions and striving towards the right answers. Consequently it arbitrarily reduces the range of “scientifically acceptable” explanations. This antiteleological methodology of sciences, imposed on biological mind by philosophers, led to major change in the ideas of philosophers of nature. The physiology and anatomy of the fully developed living bodies has become their central object of study. Much less attention is paid to developmental processes such as biosynthesis, morphogenesis, embryogenesis, phenotypic adaptation and regeneration. The fully shaped structures and their functional properties are considered a hopeful basis of all the necessary explanations. For instance the structure of tile DNA molecule has become more important than the problem of its origin, and the structure of the brain more important than the developmental processes which lead to its construction. However, the enormous progress of biological sciences in spite of the widespread, dominating antiteleological and fragmentarist approach corroborates the very ancient, Aristotelian insight, which put the principal stress on the developmental aspect of life. Aristotle, and his more modern followers, was fascinated by the integrated and intrinsically heterogenous tendencies visible in the course of life. Today, we can say that at least eight such tendencies are universal, i.e. appear in every single form of life : The tendency to select the proper kind of raw material and the proper kind of raw energy present in the environment. The tendency to synthesize new, highly selective forms of chemical structures. The tendency to utilize biological material in the process of building the nano-, micro-, and macro-machines. The tendency for a relatively rapid, continuous production and replacement of all the elements of the functional structures of the body. The tendency for a relatively rapid, continuous modification of the functional structures in a way which makes them more efficient within a changing environment. The tendency to repair and to regenerate the damaged elements of the functional structures of the body. The tendency for multiplication, which means the production of such structures and the depots of the biological material as seeds, eggs, spores or buds. These structures, providing the environmental conditions are favorable, are starting points of new instances of the above described tendencies. The tendency—possibly universal—to provide all the structures of the body with the “recognition marks” which help to eliminate all the, “alien” bodies and to recognize members of the own kind. These tendencies are not homogeneous. Homogeneous tendencies can be illustrated by the tendency of bodies to attract one another. This kind of tendency was the empirical source of such abstract concepts as gravitation, electrostatic force or magnetic force. Biological tendencies are heterogeneous and, at the same time, integrated. Human intellect is capable of recognizing the fundamental indivisibility of the set. A great number of observations and experiments have revealed and verified the fundamental indivisibility of the whole set of these tendencies. The concrete, bodily outcomes of these tendencies, however, are quite different in different families and orders of living things. Because of these differences the existence of different kinds of integrative principles was postulated. In this way a plurality of living substances was assumed. (shrink)

Biologists are not used to the term „substance". They prefer to say „a living being", „an organism", a „specimen of species Homo sapiens'' - for instance. Chemists, on the other hand, when they say „this is a new substance" they usually mean the same Aristotle would mean - I think. The chemical meaning of the term „substance" is closest to the one I am going to discuss in this paper. To know a substance, one has to accumulate and store a (...) multitude of different forms of evidence concerning this „natural behavior". So that concept of the „nature" of a given chemical substance is necessarily very complex and it cannot result from a single sensation, or a momentary observation. (shrink)

The sciences, from their ancient beginnings, use a double way of investigation. One was applied to mineral and astronomical bodies, another to living ones. A ruling, tacit, common sense methodological or epistemological principle was this: The method of description should respect the inner essential properties of the object. For instance, neither the movements of the astronomical bodies, nor the behavior of the living bodies should be described in the scale of subatomic interactions. In modern times quite another methodological principle has (...) been enthroned. The cosmos, astronomical, mineral and alive bodies altogether, have, allegedly, to be considered as a single natural whole, ruled by essentially the same set of principles. The properties of the mineral world are accepted as a universal model of descriptive concepts, and the explanatory concepts proper to the mineral world are accepted as a universal model of explanation in biology. So, up to now, the academic sciences have been dominated by the philosophical option of materialist monism, or panmaterialism. This option—we may call it antiteleologism and fragmentarism—has a profound impact on empirical research and the way biological phenomena are described. This strange, unnatural, arbitrarily imposed conceptual framework ignores the most fundamental biological dynamisms, and precludes our intellect from seeing the right questions and striving towards the right answers. Consequently it arbitrarily reduces the range of “scientifically acceptable” explanations. This antiteleological methodology of sciences, imposed on biological mind by philosophers, led to major change in the ideas of philosophers of nature. The physiology and anatomy of the fully developed living bodies has become their central object of study. Much less attention is paid to developmental processes such as biosynthesis, morphogenesis, embryogenesis, phenotypic adaptation and regeneration. The fully shaped structures and their functional properties are considered a hopeful basis of all the necessary explanations. For instance the structure of tile DNA molecule has become more important than the problem of its origin, and the structure of the brain more important than the developmental processes which lead to its construction. However, the enormous progress of biological sciences in spite of the widespread, dominating antiteleological and fragmentarist approach corroborates the very ancient, Aristotelian insight, which put the principal stress on the developmental aspect of life. Aristotle, and his more modern followers, was fascinated by the integrated and intrinsically heterogenous tendencies visible in the course of life. Today, we can say that at least eight such tendencies are universal, i.e. appear in every single form of life : The tendency to select the proper kind of raw material and the proper kind of raw energy present in the environment. The tendency to synthesize new, highly selective forms of chemical structures. The tendency to utilize biological material in the process of building the nano-, micro-, and macro-machines. The tendency for a relatively rapid, continuous production and replacement of all the elements of the functional structures of the body. The tendency for a relatively rapid, continuous modification of the functional structures in a way which makes them more efficient within a changing environment. The tendency to repair and to regenerate the damaged elements of the functional structures of the body. The tendency for multiplication, which means the production of such structures and the depots of the biological material as seeds, eggs, spores or buds. These structures, providing the environmental conditions are favorable, are starting points of new instances of the above described tendencies. The tendency—possibly universal—to provide all the structures of the body with the “recognition marks” which help to eliminate all the, “alien” bodies and to recognize members of the own kind. These tendencies are not homogeneous. Homogeneous tendencies can be illustrated by the tendency of bodies to attract one another. This kind of tendency was the empirical source of such abstract concepts as gravitation, electrostatic force or magnetic force. Biological tendencies are heterogeneous and, at the same time, integrated. Human intellect is capable of recognizing the fundamental indivisibility of the set. A great number of observations and experiments have revealed and verified the fundamental indivisibility of the whole set of these tendencies. The concrete, bodily outcomes of these tendencies, however, are quite different in different families and orders of living things. Because of these differences the existence of different kinds of integrative principles was postulated. In this way a plurality of living substances was assumed. (shrink)

Since more than hundred years the attempts to explain biological adaptations constitute the main current of evolutionary thinking. In 1901 C. LI. Morgan wrote: „The doctrine of evolution has rendered the study of adaptation of scientific importance. Before that doctrine was formulated, natural adaptations formed part of the mystery of special creation, and played a great role in natural theology through the use of the argument from 'design in nature’". The modem doctrine of biology stresses the importance of the environment (...) in „shaping" the inner properties of every living being. This means an obvious although tacit refusal to assume or recognize any single, integrated agent in the origin of main functional biological traits and in the genesis of new kinds of life. The role ascribed to random mutations, and to „pressures of the environment" is just one aspect of the neodarwinian theory. Another aspect of this doctrine is the widespread conviction that all phenomena of life are a natural, both random and necessary result of interactions between constantly changing material objects. (shrink)

Since more than hundred years the attempts to explain biological adaptations constitute the main current of evolutionary thinking. In 1901 C. LI. Morgan wrote: „The doctrine of evolution has rendered the study of adaptation of scientific importance. Before that doctrine was formulated, natural adaptations formed part of the mystery of special creation, and played a great role in natural theology through the use of the argument from 'design in nature’". The modem doctrine of biology stresses the importance of the environment (...) in „shaping" the inner properties of every living being. This means an obvious although tacit refusal to assume or recognize any single, integrated agent in the origin of main functional biological traits and in the genesis of new kinds of life. The role ascribed to random mutations, and to „pressures of the environment" is just one aspect of the neodarwinian theory. Another aspect of this doctrine is the widespread conviction that all phenomena of life are a natural, both random and necessary result of interactions between constantly changing material objects. (shrink)

Information transfer implies two independent beings and two distinct, although closely tied levels of reality. In other words the „information transfer" is a multi-layer reality. The investigation of the „causal" mechanisms presupposes a proper description of the phenomenal effects. It is the phenomenal sphere of the directly observable events which provokes - in our mind - the questions driving the effort to explore the „mechanisms". It is absolutely crucial, therefore, to approach the process of description with the sufficiently unbiased means. (...) A premature narrowing on the descriptive level may fatally affect our „explanatory" ideas on the underlying mechanisms. For instance, in the realm of „information theories" there is a deeply rooted, but not too reliable conviction, that the descriptive means, used in the process of the construction and utilization of some technical devices, give us a fair chance to describe the „Information transfer" within or between the living creatures. (shrink)

Information transfer implies two independent beings and two distinct, although closely tied levels of reality. In other words the „information transfer" is a multi-layer reality. The investigation of the „causal" mechanisms presupposes a proper description of the phenomenal effects. It is the phenomenal sphere of the directly observable events which provokes - in our mind - the questions driving the effort to explore the „mechanisms". It is absolutely crucial, therefore, to approach the process of description with the sufficiently unbiased means. (...) A premature narrowing on the descriptive level may fatally affect our „explanatory" ideas on the underlying mechanisms. For instance, in the realm of „information theories" there is a deeply rooted, but not too reliable conviction, that the descriptive means, used in the process of the construction and utilization of some technical devices, give us a fair chance to describe the „Information transfer" within or between the living creatures. (shrink)

Elements... is a collection of seventeen, rather informal talks closely dependent on the aristotelian and thomist metaphysical setting. The author explicitly disregards a historical approach to the subject and in an essentially systematic way tries to argue in favor of a metaphysically pluralist and epistemologically optimist - realist solution. These two options constitute, therefore, the specific limits of the textbook.

En 1570, les jesuites fonderent un college à Vilna, en Lituanie, qui a ete transforme en Academie en 1579. Un cours special de Philosophie qui durait trois ans y a ete introduit en 1572. Le present article est consacre au jesuite espagnol Pedro Viana, professeur de Philosophie à Vilna de 1575 à 1578. Des sources inconnues jusqu'à maintenant nous permettront d'eclairer d'un nouveau jour la personnalite de cet Espagnol qui sur ses soixante annees de vie en passa cinq dans la (...) Republique de Deux Nations, etat compose alors des terres dites de la Couronne et du Grand Duche de Lituanie, et contribua au developpement de la philosophie de ces deux nations. En meme temps, ce texte montre comment on enseignait la philosophie à Vilna dans les annees 70 du XVIe siecle. (shrink)

Celem artykułu jest rekonstrukcja i krytyczna ocena modelu tomistycznej filozofii człowieka, który został opracowany przez o. Romana Darowskiego. Analizy mają charakter metateoretyczny. Ich przedmiotem są teksty napisane przez o. Darowskiego w różnych okresach jego twórczości filozoficznej. W sposób szczególny uwzględniona została jego praca _Filozofia człowieka_, która miała kilka wydań. Zastosowana metoda badawcza polegała na treściowej i logicznej rekonstrukcji modelu filozofii człowieka przedstawionego w pracy _Filozofia człowieka_. Model ten został poddany krytyce metodologicznej, która pokazała, że w obecnej sytuacji kulturowej ma on (...) już tylko wartość historyczną. Może jednak stanowić dobry punkt wyjścia do dyskusji nad kierunkami rozwoju współczesnej antropologii tomistycznej. Rozwój ten powinien dokonywać się w krytycznym dialogu z naukowym obrazem świata. (shrink)

Part of a series of books devoted to Polish Christian Philosophy in the twentieth century, this latest study introduces the life and work of Piotr Lenartowicz. Lenartowicz, a member of the Jesuit order, held several professional positions, but spent most of his career at the Jesuit University Ignatianum in Krakow. Approaching philosophy from an Aristotelian- Thomistic perspective, his interests ranged over the philosophy of animate nature, the theory of evolution, topics in the philosophy of science, and epistemological (...) issues, especially concerning the nature of human cognition. (shrink)

Wielkie poselstwo cara Piotra I Aleksiejewicza Romanowa, czyli podróż dyplomatyczna do Europy Zachodniej, miało miejsce między 9/10 marca 1697 r. a 25 sierpnia 1698 r. Towarzyszyła mu szeroko zakrojona aktywność innych moskiewskich dyplomatów, jak np. Borysa Szeremietiewa. Już w marcu 1698 r. odwiedził Wiedeń, gdzie otrzymał listy polecające do Fryderyka Kazimierza Wolffa SJ, cesarskiego dyplomaty, wywodzącego się z Rzeczypospolitej, a konkretnie z senatorskiego rodu z województwa inflanckiego. Ojciec Wolff zalecał przyjęcie w Rzymie Szeremietiewa, rzekomo skłonnego do unii, przez jakiegoś jezuitę (...) znającego język słowiański. W ten sposób skrzyżowały się drogi moskiewskiego dyplomaty z ojcem Tomaszem Duninem Szpotem. Ten zostawił relację opisującą wizytę i audiencje Szeremietiewa w Rzymie, w których generał zakonu Tirso González de Santalla podsuwał moskiewskiemu dyplomacie jako dary polskie manuskrypty przygotowane przez Szpota na temat misji w Japonii czy postanowień soborów powszechnych Kościoła katolickiego. Relacja ta przedstawia również pobyt Piotra I w Wiedniu, podczas którego – dzięki możliwości porozumiewania się w języku polskim – pomiędzy ojcem Wolffem a carem wytworzyły się więzy szczególnej zażyłości. (shrink)