Now available in an updated addition: ""Integrating concepts of time derived from the physical sciences and world religions, "The Becoming of Time" examines ...

Globally, universities make use of peer physical examination in health professions students’ teaching of physical examination skills. PPE has many educational benefits, such as teaching normal anatomy and function, development of compassion and empathy, to feel what it is like to be examined from a patient’s perspective, improvement of communication skills, correcting errors in technique and improve confidence. The benefits for patients include protection from repeated examinations by unskilled students. The aim of the study was to investigate health (...) sciences students’ perceptions of the ethical aspects of PPE. A qualitative investigation, which included two focus group interviews with students and one with lecturers, was used for data collection. Most students and lecturers regarded PPE as beneficial, as it provides a safe environment for students in the health sciences to improve their clinical competence and confidence, without fear of embarrassment or failure. Students stated that PPE promoted the development of empathy with and respect for their patients. It was suggested that in a culturally diverse society, guidelines specifically related to religious customs and convictions should be provided to give students an indication of appropriate and acceptable behaviour towards fellow students when practising PPE. The use of PPE in the training of students in the health professions should support the ethical principles of Beauchamp and Childress, namely beneficence, non-maleficence, autonomy and justice/fairness. (shrink)

Food is a sine qua non for life on Earth. It has more significance than nutrition and sustenance, more variety than many aspects of human culture. Food has religious as well as historical dimensions. The complexity of the food chain and of the related ecological balance is one of the wonders of the biological world. In the human context, food has found countless expressions and regional richness. Food has provoked feasts, as its lack and maldistribution have caused famines. (...) While being a source of physical satisfaction food has also had environmental impacts. Some of these matters are explored in these reflections. (shrink)

The Scottish scholar James McCosh was a champion of the Free church, a successful and much-published philosophy professor at Belfast for 16 years, and an energetic and innovative President of Princeton University from 1868 to 1888. The Religious Aspect of Evolution was published in 1888, and this second edition from 1890 took account of A. R. Wallace's latest work, Darwinism. McCosh, who already in Ireland had developed a 'theory of the universe conditioned by Christian revelation' was one of very (...) few clergymen in America who defended evolutionary theory. He impressed upon his students that while there seemed to be great truth in Darwin's theory, the work of the coming age must be to separate that truth from the error springing up around it. This would enable scholars to follow and even embrace science while also retaining their faith in the Bible. (shrink)

Andrew Steane reconfigures the public understanding of science, by drawing on a deep knowledge of physics and by bringing in mainstream philosophy of science. Science is a beautiful, multi-lingual network of ideas; it is not a ladder in which ideas at one level make those at another level redundant. In view of this, we can judge that the natural world is not so much a machine as a meeting-place. In particular, people can only be correctly understood by meeting with them (...) at the level of their entire personhood, in a reciprocal, respectful engagement as one person to another. Steane shows that Darwinian evolution does not overturn this but rather is the process whereby such truths came to be discovered and expressed in the world. From here the argument moves towards other aspects of human life. Our sense of value requires from us a response which is not altogether the same as following logical argument. This points us towards what religion in its good forms can express. A reply to a major argument of David Hume, and a related one of Richard Dawkins, is given. The book finishes with some brief chapters setting religion in the context of all human capacities, and showing, in fresh language, what theistic religious response is, or can be, in the modern world. (shrink)

"The Quantum Revelation is mind-blowing." --Sting To say that quantum physics is the greatest scientific discovery of all time is not an exaggeration. In their discovery of the quantum realm, the physics community stumbled upon a genuine multifaceted revelation which can be likened to a profound spiritual treasure--a heretofore undreamed of creative power--hidden within our own mind. Quantum physics unequivocally points out that the study of the universe and the study of consciousness are inseparably linked, which is to say that (...) ultimate progress in the one will be impossible without progress in the other. Einstein declared that what it reveals is so immensely important that "it should be everyone's concern." Yet few of us in the general public truly understand how the game-changing discoveries of the past century not only relate to our day-to-day lives, but also give us insights into the nature of reality and our place within it. Written for readers with no physics background, Paul Levy's latest book, The Quantum Revelation: A Radical Synthesis of Science and Spirituality is for those who have heard that quantum physics is a fascinating subject but don't quite understand how or why. Levy contemplates the deeper philosophical underpinnings of quantum physics, exploring the fundamental questions it provokes: What does it mean that quantum theory has discovered that there is no such thing as "objective reality?" How are we participating--via our consciousness--in creating our experience of a reality that quantum theory itself describes as "dreamlike?" What are the implications for us in our day-to-day lives that--as quantum theory reveals--what we call reality is more like a dream that we had previously imagined? The Quantum Revelation is unique in how it synthesizes science and spirituality so as to reveal and explore the dreamlike nature of reality. It is a book not just for people interested in quantum theory, but for anyone who is interested in waking up and dreaming lucidly, be it in our night dreams or our waking life. (shrink)

This book explores the concept of Life from a range of perspectives. Divided into three parts, it first examines the concept of Life from physics to biology. It then presents insights on the concept from the perspectives of philosophy, theology, and ethics. The book concludes with chapters on the hermeneutics of Life, and pays special attention to the Biosemiotics approach to the concept. The question 'What is Life?' has been deliberated by the greatest minds throughout human history. Life as we (...) know it is not a substance or fundamental property, but a complex process. It is not an easy task to develop an unequivocal approach towards Life combining scientific, semiotic, philosophical, theological, and ethical perspectives. In its combination of these perspectives, and its wide-ranging scope, this book opens up levels and identifies issues which can serve as intersections for meaningful interdisciplinary discussions of Life in its different aspects. The book includes the four plenary lectures and selected, revised and extended papers from workshops of the 14th European Conference on Science and Theology (ECST XIV) held in Tartu, Estonia, April 2012. (shrink)

The purpose of the article is to investigate the philosophical and theological validity and coherence of the classical concept of a miracle within the contemporary scientific world view. The main tool in this process will be the cognitive standard model of the formation of religious beliefs operative in the cognitive science of religion. The application of this model shows why an intentional agent is assigned as responsible for the occurrence of events with no visible cause such as a miracle: (...) miracles are events that violate the intuitively expected behaviors observable in the physical reality. It will become evident that much of the conceptual content of the classical understanding of miracles can be retained despite of the ontological and epistemological challenges of the contemporary science. In particular, this concerns the semantic view of miracles in which a miracle does not occur as an objective Divine intervention but qualifies as religious interpretation of the natural course of events always in reference to a cultural and personal context that is unique to those who directly experience these events either as direct recipients or as observers. (shrink)

Even though mathematics and physics have been related for centuries and this relation appears to be unproblematic, there are many questions still open: Is mathematics really necessary for physics, or could physics exist without mathematics? Should we think physically and then add the mathematics apt to formalise our physical intuition, or should we think mathematically and then interpret physically the obtained results? Do we get mathematical objects by abstraction from real objects, or vice versa? Why is mathematics effective into (...) physics? These are all relevant questions, whose answers are necessary to fully understand the status of physics, particularly of contemporary physics. The aim of this book is to offer plausible answers to such questions through both historical analyses of relevant cases, and philosophical analyses of the relations between mathematics and physics. (shrink)

The current consensus view of causation in physics, as commonly held by scientists and philosophers, has several serious problems. It fails to provide an epistemology for the causal knowledge that it claims physics to possess; it is inapplicable in a prominent area of physics (classical thermodynamics); and it is difficult to reconcile with our everyday use of causal concepts and claims. In this dissertation, I use historical examples and philosophical arguments to show that the interventionist account of causation constitutes a (...) promising alternative for a “physically respectable” account of causation. The interventionist account explicates important parts of the experimental practice of physics and important aspects of the ways in which physical theory is used and applied. Moreover, the interventionist account succeeds where the consensus view of causation in physics fails. I argue that the interventionist account provides an epistemology of causal knowledge in physics that is rooted in experiment. On the interventionist view, there is a close link between experiment and the testing of causal claims. I give several examples of experiments from the early history of thermodynamics that scientists used in interventionist-type arguments. I also argue that interventionist claims made in the context of a physical theory can be epistemically justified by reference to the experimental interventions and observations that serve as evidence for the theory. I then show that the interventionist account of causation is well-suited to the patterns of reasoning that are intrinsic to thermodynamic theory. I argue that interventionist reasoning constitutes the structural foundation of thermodynamic theory, and that thermodynamic theory can provide clear answers to meaningful questions about whether or not a certain variable is a cause of another in a given context. Finally, I argue that the interventionist account offers the prospect of a unification of “physically respectable” causation and our everyday notion of causation. I conclude the dissertation by sketching an anti-foundationalist unification of causation, according to which causal reasoning occurs in the same manner in physics as it does in other branches of life and scientific research. (shrink)

Human consciousness and reasoning summarize all physical data into laws and create the mathematical theories that lead to predictions. However, the human element that creates the theories is totally absent from the laws and theories themselves. Accordingly, human consciousness and rationality are outside the bounds of science since they cannot be detected by purely physical devices and can only be “detected” by the self in humans. One wonders if notions of information, function, and purpose, can provide explanations of (...) such nonphysical aspects of creation. (shrink)

Global warming provides a useful frame of reference for examining the problem of disasters. This paper uses this frame to address three questions: What is a disaster, why do disasters matter so much, and how can we improve our capacity to avoid and respond to disasters. The concept of vulnerability to disasters has biogeophysical as well aspolitical and socioeconomic aspects. The gap between adaptive capacity on the one hand, and actual responses to disaster and the risk of disaster on (...) the other, was evident in the cases of Hurricane Katrina and the European heat wave of 2003. One feature of climate-related disasters is that past experience provides only limited guidance on the potential frequency and intensity of future disasters because the risks are changing as greenhouse gasses increase in the atmosphere. Accordingly, the ability to successfully apply lessons learned will be increasingly challenged the faster the greenhouse gases accumulate and climate changes. (shrink)

This book explores the concept of consciousness when defined in the terms mind, spirit, soul and awareness. It consists of the edited proceedings of a colloquium held in Cordoba, at which experts in physics, neuro- and psycho-physiology, analytical psychology, philosophy and religious knowledge discussed aspects of their work related to this main theme. The following areas are covered: quantum mechanics and the role of consciousness, neurophysiology and states of consciousness, the manifestation of the psyche in consciousness, the odyssey (...) of consciousness, and science and consciousness. The discussions which follow give a multi-disciplinary perspective on the questions involved. (shrink)

Resonance is a ubiquitous phenomenon in the world of physics and biology, emerging from energy exchanges between interrelated but distinct systems. Resonance experiences, by contrast, are widespread in the human and animal world but not ubiquitous. This essay discusses theological and ethical aspects of resonance theory, particularly pertaining to everyday human experiences of resonance in relation to the more-than-human world. Consistently, resonance experiences intersect the human and the non-human world, and the phenomenon of resonance may thus serve as a (...) bridging concept between science and theology. I argue that while the ubiquitous feature of physical resonance is particularly helpful for reformulating a contemporary creation theology, human resonance experiences are a source for religious experience, hence highly informative for theology and ethics. Resonance theory thus challenges the widespread view that nature is primarily mute, indifferent, or even hostile to human concerns. (shrink)

In this paper, I explore Wittgenstein’s philosophical approach to physics, an approach that crystallises in the Tractatus and is then polished—rather than replaced—in his later writings. The question of Wittgenstein’s attitude towards science has been the subject of much scholarly debate. Wittgenstein maintained throughout his life that philosophy, ethics and religion should be kept separate from the natural sciences. In his view, any attempt to apply scientific methodologies to philosophical, ethical and religious discussions is both dangerous and futile. (...) Some interpreters have read this aspect of Wittgenstein’s thinking as expressing a strong hostility to science: Wittgenstein, they suggest, views science in an negative light and, for this reason, wishes to protect other areas from scientific encroachment. Wittgenstein certainly conveys on occasion a deep frustration with what he regards as the increasing dominance of science over other forms of culture. In Culture and Value, we find him writing. (shrink)

In this paper, I explore Wittgenstein’s philosophical approach to physics, an approach that crystallises in the Tractatus and is then polished—rather than replaced—in his later writings. The question of Wittgenstein’s attitude towards science has been the subject of much scholarly debate. Wittgenstein maintained throughout his life that philosophy, ethics and religion should be kept separate from the natural sciences. In his view, any attempt to apply scientific methodologies to philosophical, ethical and religious discussions is both dangerous and futile. (...) Some interpreters have read this aspect of Wittgenstein’s thinking as expressing a strong hostility to science: Wittgenstein, they suggest, views science in an negative light and, for this reason, wishes to protect other areas from scientific encroachment. Wittgenstein certainly conveys on occasion a deep frustration with what he regards as the increasing dominance of science over other forms of culture. In Culture and Value, we find him writing. (shrink)

The author claims to have developed interactional expertise in gravitational wave physics without engaging with the mathematical or quantitative aspects of the subject. Is this possible? In other words, is it possible to understand the physical world at a high enough level to argue and make judgments about it without the corresponding mathematics? This question is empirically approached in three ways: anecdotes about non-mathematical physicists are presented; the author undertakes a reflective reading of a passage of physics, first (...) without going through the maths and then after engaging with it and discusses the difference between the experiences; the aforementioned exercise gives rise to a table of Levels of Understanding of mathematics, and physicists are asked about the level mathematical understanding they applied when they last read a paper. Each phase of empirical research suggests that mathematics is not as central to gaining an understanding of physics as it is often said to be. This does not mean that mathematics is not central to physics, merely that it is not essential for every physicist to be an accomplished mathematician, and that a division of labour model is adequate. This, in turn, suggests that a stream of undergraduate physics education with fewer mathematical hurdles should be developed, making it easier to train wider groups of people in physical science comprehension.Keywords: Physics; Mathematics; Interactional expertise; Physics education; Mathematical literacy; Scientific literacy. (shrink)

The history of Western Thought since the seventeenth Century leaves little doubt as to the practical validity of the method of natural investigation discovered by Galileo, interpreted by Descartes, and variously generalized by Newton and Einstein. The repercussions of its success on every level of human activity, religious, political, commercial, and educational have awakened the most diverse ánd even contradictory speculations as to the nature of this science and the objectives of the scientist. Often enough one gets the impression (...) that these speculations are founded on an arbitrary and unjustifiable conception of the nature of modern science; a conception formulated in terms of what one thinks or wishes to think science is from its effects upon the extra-scientific domain rather than in terms of a patient and critical penetration of its intrinsic structure. (shrink)

Anna Ijjas entwickelt neue Ansatze, indem sie die Unzulanglichkeit gangiger Deutungsversuche aufzeigt, mit dem Ziel, auf diese Weise zum Denken und zum Gesprach anzuregen.

This volume "contains eight articles dealing with the intellectual and institutional developments in physics from the mid-1840’s to the mid-1920’s. The primary focus is on the quantum and relativity theories and Einstein’s contributions to these theories. The secondary focus is on thermodynamics and its kinetic theory basis in the nineteenth century." Slightly more than one third of the book is devoted to various aspects of Einstein’s work: M. J. Klein analyzes his difference with Bohr in 1923-1925; R. McCormmach traces (...) the problem area which he extracted from Lorentz’ electron theory in about the first decade of this century; and S. Goldberg considers the British response to his special theory of relativity in 1905-1911. In the editor’s foreword, McCormmach illustrates from the current investigation of Einstein a general thesis about "the limitations of contemporary writing in the history of science." Thus, this anthology may well become a standard secondary source for Einstein scholarship. A fourth of the book has to do with thermodynamics: Y. Elkana follows Helmholtz’ formulation of its first law ; E. E. Daub looks at the evolution of concepts essential to its second law ; and E. W. Garber delineates Clausius’ contribution to its underpinnings. Just two articles are unrelated to these two foci: P. Forman, in the longest paper in the volume, considers Lande’s search for a theory of the anomalous Zooman effect in 1919-1921; and R. Sviedrys, in an exchange with A. Thackray, examines the rise of physical science at Cambridge University during the Victorian era. (shrink)

A general dearth of theoretical engagements with the embodied, historical, and especially the religious dimensions of disablement pervades the social sciences. Paradoxically, the religious heritage of the West is commonly identified as the implicit catalyst of many disabling attitudinal barriers impinging on impaired bodies. Addressing this inconsistency, this article extends dominant disability conceptualizations through combining embodiment theories and humanities perspectives. Ultimately the article seeks to demonstrate how interdisciplinary investigation can produce fresh insights into the relationships between attitudes (...) towards physical impairment and Christianized forms of Western sociality. First, the radicalization of the definition of disability in the field of disability studies is briefly discussed. Second, aspects of the sociology of the body are examined in order to illustrate how the concepts of ‘effervescent’ and ‘emergent’ embodiment, through highlighting the persistence of the sacred in ‘somatic society’, can assist in the formulation of an analytical framework, suitable for analysing the religio-cultural dimensions of impairment. Finally, the dynamism of Christian attitudes towards physical impairment is illustrated through a survey of historical and contemporaneous theological examples. The confluence of these fields, it is argued, enables the interconnected terrain between impairment, embodiment and the sacred to be mapped. (shrink)

Religious Representation in Place brings together an interdisciplinary group of scholars from the Humanities and Sciences to broaden the understanding of how religious symbols and spatial studies interact. The essays consider the relevance of religion in the experience of space, a fundamental dimension of culture and human life.

The paper attempts to show that Christian hope is not a product of religious fantasy. It finds today an ally in the dialogue with the natural sciences which started in recent years on the topic of the ultimate destiny of the world. The natural sciences have confirmed that the universe is doomed to physical annihilation. Humanity with its cultural riches, scientists say, is only an episode in universal history and doomed to perish. Hence, if the Earth (...) is nothing more than an island of rationality in a cosmic void, then the only thing we can do is to keep up a heroic attitude worthy of human beings towards our own fragile existence. Contemporary science’s visions of the future are pessimistic: abundant, though short-lived, evolution culminating in a sense of final futility and the ultimate destruction of all life in the universe. Such forecasts question religion’s claims for the eschatological transformation of all creation. Christian eschatology does not accept, however, reductionist presuppositions about the very nature of reality. The universe contains levels of meaning far richer than what we have been able to discover sofar. Theology’s task is not to provide easy consolation, or generate false hopes. It has a good reason to avoid catastrophism, and maintain calm in its strivings to keep up our faith in God’s concern for the destiny of all His creatures. Theologians have to take a serious stand on the very concept of finitude, furthered by natural and social sciences. This, in turn, will require critical review of such concepts as the world’s future in God, hope and new creation. This effort must be undertaken in dialogue with the scientific views of the world’s finitude. Both sides are prone to stereotype judgements and shallow answers which must be corrected in consideration of the complexity of the issue at hand. Christian theology has to justify its claim to truth, but certainly not by launching battles with science. Christian hope shows the new creation not as annihilation and destruction of the old but as its ultimate transfiguration and salvific transformation. It speaks about the paradox of continuity/discontinuity in this new universe’s emergence. Special attention is paid in the paper to the “logical” structure of matter. If the world ofultimate events is, in fact, to be a new world of the resurrection, created by transition into new reality, then certain scientific suggestions and data on the present world’s processes could prove helpful in grasping the truly cosmic dimensions of Christian hope. Crucial here will not so much be particular data but rather a sort of meta-science allowing the deduction of general concepts from the detailed achievements of scientific research. Such generalized insights include today the following elements: 1) the dynamic concept of physical reality, 2) the relationality of its processes and, 3) a deeper understanding of the complexity of matter/energy as carriers of a specific information-bearing pattern. It appears that there are some similarities in science’s and theology’s strivings for a deeper understanding of the truth of reality, which continues to evade our theories and teaches us modesty. Neither method nor concept has yet managed to explaineverything. There exists no universal key to a comprehensive interpretation. The postulate to avoid reductionism in approaching the manifold richness of reality is addressed to scientists and theologians alike. (shrink)

The paper attempts to show that Christian hope is not a product of religious fantasy. It finds today an ally in the dialogue with the natural sciences which started in recent years on the topic of the ultimate destiny of the world. The natural sciences have confirmed that the universe is doomed to physical annihilation. Humanity with its cultural riches, scientists say, is only an episode in universal history and doomed to perish. Hence, if the Earth (...) is nothing more than an island of rationality in a cosmic void, then the only thing we can do is to keep up a heroic attitude worthy of human beings towards our own fragile existence. Contemporary science’s visions of the future are pessimistic: abundant, though short-lived, evolution culminating in a sense of final futility and the ultimate destruction of all life in the universe. Such forecasts question religion’s claims for the eschatological transformation of all creation. Christian eschatology does not accept, however, reductionist presuppositions about the very nature of reality. The universe contains levels of meaning far richer than what we have been able to discover sofar. Theology’s task is not to provide easy consolation, or generate false hopes. It has a good reason to avoid catastrophism, and maintain calm in its strivings to keep up our faith in God’s concern for the destiny of all His creatures. Theologians have to take a serious stand on the very concept of finitude, furthered by natural and social sciences. This, in turn, will require critical review of such concepts as the world’s future in God, hope and new creation. This effort must be undertaken in dialogue with the scientific views of the world’s finitude. Both sides are prone to stereotype judgements and shallow answers which must be corrected in consideration of the complexity of the issue at hand. Christian theology has to justify its claim to truth, but certainly not by launching battles with science. Christian hope shows the new creation not as annihilation and destruction of the old but as its ultimate transfiguration and salvific transformation. It speaks about the paradox of continuity/discontinuity in this new universe’s emergence. Special attention is paid in the paper to the “logical” structure of matter. If the world ofultimate events is, in fact, to be a new world of the resurrection, created by transition into new reality, then certain scientific suggestions and data on the present world’s processes could prove helpful in grasping the truly cosmic dimensions of Christian hope. Crucial here will not so much be particular data but rather a sort of meta-science allowing the deduction of general concepts from the detailed achievements of scientific research. Such generalized insights include today the following elements: 1) the dynamic concept of physical reality, 2) the relationality of its processes and, 3) a deeper understanding of the complexity of matter/energy as carriers of a specific information-bearing pattern. It appears that there are some similarities in science’s and theology’s strivings for a deeper understanding of the truth of reality, which continues to evade our theories and teaches us modesty. Neither method nor concept has yet managed to explaineverything. There exists no universal key to a comprehensive interpretation. The postulate to avoid reductionism in approaching the manifold richness of reality is addressed to scientists and theologians alike. (shrink)

The paper attempts to show that Christian hope is not a product of religious fantasy. It finds today an ally in the dialogue with the natural sciences which started in recent years on the topic of the ultimate destiny of the world. The natural sciences have confirmed that the universe is doomed to physical annihilation. Humanity with its cultural riches, scientists say, is only an episode in universal history and doomed to perish. Hence, if the Earth (...) is nothing more than an island of rationality in a cosmic void, then the only thing we can do is to keep up a heroic attitude worthy of human beings towards our own fragile existence. Contemporary science’s visions of the future are pessimistic: abundant, though short-lived, evolution culminating in a sense of final futility and the ultimate destruction of all life in the universe. Such forecasts question religion’s claims for the eschatological transformation of all creation. Christian eschatology does not accept, however, reductionist presuppositions about the very nature of reality. The universe contains levels of meaning far richer than what we have been able to discover sofar. Theology’s task is not to provide easy consolation, or generate false hopes. It has a good reason to avoid catastrophism, and maintain calm in its strivings to keep up our faith in God’s concern for the destiny of all His creatures. Theologians have to take a serious stand on the very concept of finitude, furthered by natural and social sciences. This, in turn, will require critical review of such concepts as the world’s future in God, hope and new creation. This effort must be undertaken in dialogue with the scientific views of the world’s finitude. Both sides are prone to stereotype judgements and shallow answers which must be corrected in consideration of the complexity of the issue at hand. Christian theology has to justify its claim to truth, but certainly not by launching battles with science. Christian hope shows the new creation not as annihilation and destruction of the old but as its ultimate transfiguration and salvific transformation. It speaks about the paradox of continuity/discontinuity in this new universe’s emergence. Special attention is paid in the paper to the “logical” structure of matter. If the world ofultimate events is, in fact, to be a new world of the resurrection, created by transition into new reality, then certain scientific suggestions and data on the present world’s processes could prove helpful in grasping the truly cosmic dimensions of Christian hope. Crucial here will not so much be particular data but rather a sort of meta-science allowing the deduction of general concepts from the detailed achievements of scientific research. Such generalized insights include today the following elements: 1) the dynamic concept of physical reality, 2) the relationality of its processes and, 3) a deeper understanding of the complexity of matter/energy as carriers of a specific information-bearing pattern. It appears that there are some similarities in science’s and theology’s strivings for a deeper understanding of the truth of reality, which continues to evade our theories and teaches us modesty. Neither method nor concept has yet managed to explaineverything. There exists no universal key to a comprehensive interpretation. The postulate to avoid reductionism in approaching the manifold richness of reality is addressed to scientists and theologians alike. (shrink)

The attempt of modern social science to follow the methods of the physical sciences in seeking verification of its theories by statistical techniques is a result of an outmoded view of the methods of the physicist. The decisive element in verifying a theory is not the amassing of large bodies of data but insightful judgment into a relatively few cases. Because the will is primary in scientific activity, scientific statements, particularly those of social science, have the same cognitive (...) status as religious and ethical beliefs. Continued disagreements are, therefore, inevitable in the social sciences. (shrink)

This study aims to determine the opinions of teachers of Religious Culture and Ethics Course (DKAB) about subject-based classroom application in-depth. The research has been carried from qualitative research methods with a case study design. In order to determine the working group of the study, criteria sampling was used in the first stage, and the maximum diversity sampling method was used in the next step. The sample of this research consists of 8 DKAB teachers working in Ankara province. A (...) semi-structured interview form has been used as a data collection tool in the study. The data of the qualitative of this research has been analyzed with both descriptive and content analysis by NVivo 10 program. In order to ensure validity and reliability in the study, credibility, transferability, consistency, and verifiability strategies have been used. When the research data were analyzed, four themes were formed: positive opinions about the application, negative opinions and problems related to the application, contribution of the practice to religious education and training, and recommendations about the application. DKAB teachers find the application more positive than the classroom system. It has been found that the practice of subject-based classrooms is a motivational tool for Primary School students, while it causes some problems for lower secondary school and upper secondary school students.Summary: Learning environments are among the key elements in the acquisition of 21st-century skills. Classrooms are also a part of the learning environment. Classes are the learning environment in which teachers and students spend most of their education and training process. In this context, subject-based classroom application is one of the preferred methods in the arrangement of classrooms.Subject-based classroom application means that the teachers have a special classroom related to their branches in the school building, and students attend the teacher's classroom according to the syllabus. In this practice, the teacher can decorate walls, floor, ceiling, column, and beam of the classroom with students’ study materials such as banner, poster, painting, cartoon to make the course more effective and efficient and to create a psychological atmosphere called classroom atmosphere-air.This application aims to activate the student by enriching the classroom and make learning effective and efficient. The classroom equipped with appropriate equipment and materials provides a favorable environment for the implementation of effective teaching strategies. The application can create “class/classroom culture” by using ordinary meanings and symbols related to the course. It provides students the opportunity to exhibit their products and contributes to students' self-regulation skills development. Besides, real-life practices or practices close to reality can be brought into the classroom. As a result, permanent learning can be realized with the possibility of creating a shared living space and the number of sensory organs participating in learning.This current study aims to address in-depth information about the opinions of Religious Culture and Moral Ethics (DKAB) teachers in primary, secondary, and high schools regarding the subject-based classroom application. When the studies in the literature are examined, it is seen that the studies related to the subject-based classroom application have increased since 2010. However, it is clear that this research is directed towards social studies, geography, science, and mathematics courses and is based on the opinions of students, teachers, and administrators at the secondary school level. In the context of DKAB course, there has been no research including the views of teachers, students, or school administrators regarding the application of subject-based classrooms. This study is carried out revealing perspectives of DKAB teachers by examining their opinions on the subject-based classroom application and contribute to the field. The research was conducted with a case study design from the qualitative research methods. The participants consist of 8 DKAB teachers working in Ankara province. A mixed purposive sampling method was used to determine the study group. In the first stage, the teachers implementing the DKAB classrooms application were taken as criteria. In the next step, the study group was determined within the framework of the maximum diversity sampling method by considering the variables such as school level, gender, age, education level, duration of teachers' work. The data were collected through a semi-structured interview form with expert opinion. In the form, there are nine main questions and probe questions, which include questions related to subject-based classrooms application, the contribution of the application to religious education and training, the contribution of teachers to professional and personal development, the effect of teachers' belonging to the school, the effectiveness, and improvement of the application. Permission has been obtained from the Ankara Provincial Directorate of National Education and participants via consent form for the interview. The interviews were recorded in audio, 169.58-minute audio recording transcripts, and 52-page interview data obtained. The qualitative data of this research has been analyzed with both descriptive and content analysis by NVivo 10 program. In order to ensure validity and reliability in the study, credibility, transferability, consistency, and verifiability strategies have been used.When the data of the research were analyzed, the opinions of DKAB teachers about the subject-based classrooms application categorized under four themes; positive and negative opinions/problems about the practice, the contribution of the practice to religious education and teaching and practical suggestions. Under the theme of positive opinions on the application, positive aspects for the teacher, student, parents, and comparison with the classroom system were formed. According to the participants, the practice of DKAB classroom is a “facilitation” element for the teacher because of the factors such as the teacher not moving around the classroom, not carrying material, having freedom to organize the classroom, and material regularity. In this application, since the teacher has a class of his own, the teacher adopts and owns the classroom and the sense of belonging to school increases. This sense of belonging is felt so strongly that there is even a participant who plans to retire if the application is abandoned. The positive aspects of the application for the students are that; a classroom is a motivating tool, the boards and walls can be used, and the student has the opportunity to exhibit their activities. When compared with the classroom system, it was stated that as a result of the branch classroom practice, the school equipment could be better protected, class order and cleaning easier, and the success of the students would be increased.The negative views of the participants on the application were grouped under the categories of students, teachers, and parents. Not having a fixed class of their own, continually relocating and losing time in recess, staying in the classroom door when the classroom is locked, not adopting the classroom and lack of lockers constitute the negative aspects of the application for the students. The overuse of classrooms, less use of teachers' rooms, lack of communication between colleagues are the negative aspects of the application for the teachers. It was stated by (75%) most of the participants that branch classroom application contributed to the continual learning of students in religious education and teaching. To make the application more functional, DKAB teachers have proposed arrangements such as improving physical infrastructure, enriching teaching materials, and arranging school syllabus and keeping classrooms open. As a result, teachers find the application more positive than the classroom system. While it is a motivation tool for primary school students, it causes some problems for secondary and high school students, such as carrying bags, staying at the door, and wasting time. In this sense, the application is recommended to be applied in primary schools that have a sufficient number of classrooms. Also, the system should be applied in secondary and high schools where the number of students is low, or the number of classrooms is sufficiently provided that the problems experienced by the students are eliminated. School administrations and teachers need to take necessary measures to make the application effective and efficient. (shrink)

The nature of the human being in general and the existence and nature of the soul in particular has been discussed throughout the history of thought. As a knowing subject, man firstly tried to know himself. While making this questioning, he not only wondered about his phenomenal existence (body), but also about his spiritual identity, which he did not doubt was out there somewhere. This curiosity has created an ongoing scientific journey from anatomy to physiology, from science to philosophy, from (...) medicine to sociology, from biology to neurobiology, from psychology to neuropsychology, from chemistry to neurochemistry. In the end, various human conceptions have been developed in accordance with the scientific and philosophical background of each civilization. The ancient tradition of thought, which is the common accumulation of humanity, has largely included man in a dualist definition. Along with modern science, many devices have been developed to study human beings physically. Numerous data have been reached with the opportunities provided by technology, and these data have provided great usefulness in understanding what aspects a human being has in terms of physics and metaphysics. However, with the increase in our knowledge of the natural world and human, which is a part of it, the perspectives of the period were forced into paradigmatic changes. The philosophical movements that developed and changed in parallel with scientific knowledge, the decline of religion, especially in the Western world, regressed the dominant models in the interpretation of knowledge. Notions of human have inevitably taken their share from this great change. Is the subject behind the actions separate/independent from the body/brain and completely autonomous and rational? Or is it just the body/brain or its functionality, as modern neuroscience suggests? Does this coherent functionality arise entirely or in part from natural causation? Is there an essence or a distinctive feature that makes us human? If so, is this essence/property physical or is it a metaphysical substance? What answers did the early theologians give to these questions? What are the points of overlap between the hypotheses developed mainly on religious knowledge, partly on medical knowledge of the period via largely logical reasoning, and the definitions of human and soul revealed by contemporary experimental science? This line forms the main frame of the article. In summary, this study; It aims to identify the parallels and similarities of approach between the spiritual theories of the early theologians and current scientific data, which we see as two important phases of the ongoing ancient investigation. It is thought that the theories developed in this first period, when the transformation due to the acculturation process is not sufficiently determinative on thought, are more original and valuable. After giving brief information about the definitions of soul, mind, self and consciousness, which are among the basic concepts of the problem, the thoughts of early Mu‘tazilī and Ahl al-Sunnah thinkers on the subject are presented comparatively with current scientific data. We tried to make a healthy descriptive inference by making analytical and semantic arguments on the data obtained during the research. (shrink)

Relativity (Physics); religious aspects; Islam.

In Einstein's theory of relativity, the speed of light is deemed an absolute value because it is indifferent to the motion of material bodies. Nothing we do can "take a bite" out of its measured velocity of 186,000 miles per second: it is an irreducible quantity. Similarly, our minds cannot race ahead quickly enough to reduce or convert light to everyday understandings. Indeed, modem physics portrays light as having an infinite aspect. Leading to talk of the spaceless, timeless character of (...) light, this aspect permits the suggestion that light resonates spiritual possibilities, and this resonance supports the traditional religious view that light is a symbol or expression of divinity. It also provides a basis for affirming absolutes in ethical life. The relativist stance is thus countered on two fronts—scientific and sacred—with light shining through the veil or barrier that has historically divided the two. (shrink)

This book is the first volume of a projected three volume work on the philosophy of science. It is devoted to the task of describing the experimental method of discovery as practiced in the physical sciences. In the Introduction, the work is referred to as a handbook and is designed apparently as the first stage in the construction of a theory of scientific investigation. Feibleman breaks down the process of discovery into six more or less distinct stages: observation, (...) induction, hypothesis, experiment, calculation, and prediction and control. Apart from the introduction and a concluding chapter which attempts to classify different kinds of results in the physical sciences, one chapter is devoted to each stage. The contention is that each successive stage, except the last, can be seen to emerge logically from the preceding stage. The book is extremely comprehensive in scope and contains a great deal of information about a wide range of aspects of scientific discovery. This is both a positive and a negative feature. Because of its comprehensiveness, many topics deserving closer examination are passed over quickly, and the various categories and stages which Feibleman employs often seem more or less arbitrary. There are important omissions. Kuhn, Feyerabend and Scheffler receive no mention. One finds oneself asking: what is the point of it all? Feibleman suggests one aim is to synthesize and abstract the method of the physical sciences in order to enhance its deployment in the social sciences. Another aim seems to be to provide some logical or theoretical justification of the procedures of the physical sciences. With respect to this last point, the descriptive classification of this volume is only a beginning. Whether it succeeds or fails must await the subsequent volumes.—M. B. (shrink)

The aim of this study is to analyse the content of the interdisciplinary conversations in Göttingen between 1949 and 1961. The task is to compare models for describing reality presented by quantum physicists and theologians. Descriptions of reality in different disciplines are conditioned by the development of the concept of reality in philosophy, physics and theology. Our basic problem is stated in the question: How is it possible for the intramental image to match the external object?

I would like to present a partial account of an investigation into scientifically and philosophically significant changes which quantum physics has made necessary in our views of time. In some cases, these changes resulted from discoveries of new aspects of time, as illustrated by the so-called “T.C.P. Theorem” due to Schwinger, Pauli and Lüders. Their finding determines the transformation of the quantum state of any physical system resulting from a reversal of the direction of time, followed by a (...) reorientiation of the dimensions of space and the replacement of each particle in the system with its antiparticle. A relativistic interpretation of the T.C.P. Theorem in Section III will show that it amounts to the universal interrelatedness of time, space and matter. In other cases, the changes in the scientific concept of time follow from the availability of new methods provided by quantum physics rather than from discoveries of unknown aspects of time. These methods may be applied to issues which bothered philosophers and physicists obsessed with the enigma of time long before Planck’s quantum of action started our century. The quantum approach of von Neumann, Pauli, Fierz and Lüdwig to the second law of thermodynamics and the associated irreversibility or asymmetry of time illustrate the use of the new methods for the solution of old problems of time. The relevance of quantum physical methods to the problem of reality of time will be shown in the last section of this paper. (shrink)

Philosophers have argued about the nature and the very existence of free will for centuries. Today, many scientists and scientifically minded commentators are skeptical that it exists, especially when it is understood to require the ability to choose between alternative possibilities. If the laws of physics govern everything that happens, they argue, then how can our choices be free? Believers in free will must be misled by habit, sentiment, or religious doctrine. Why Free Will Is Real defies scientific orthodoxy (...) and presents a bold new defense of free will in the same naturalistic terms that are usually deployed against it. -/- Unlike those who defend free will by giving up the idea that it requires alternative possibilities to choose from, Christian List retains this idea as central, resisting the tendency to defend free will by watering it down. He concedes that free will and its prerequisites—intentional agency, alternative possibilities, and causal control over our actions—cannot be found among the fundamental physical features of the natural world. But, he argues, that’s not where we should be looking. Free will is a “higher-level” phenomenon found at the level of psychology. It is like other phenomena that emerge from physical processes but are autonomous from them and not best understood in fundamental physical terms—like an ecosystem or the economy. When we discover it in its proper context, acknowledging that free will is real is not just scientifically respectable; it is indispensable for explaining our world. (shrink)

Accession Number: ATLA0001712114; Hosting Book Page Citation: p 108-123.; Language(s): English; General Note: Bibliography: p 121-123.; Issued by ATLA: 20130825; Publication Type: Essay.

The inclusion of the history and philosophy of science in science teaching is widely accepted, but the actual state of implementation in schools is still poor. This article investigates possible reasons for this discrepancy. The demands science teachers associate with HPS-based teaching play an important role, since these determine teachers’ decisions towards implementing its practices and ideas. We therefore investigate the perceptions of 8 HPS-experienced German middle school physics teachers within and beyond an HPS implementation project. Within focused interviews these (...) teachers describe and evaluate the challenges of planning and conducting HPS-based physics lessons using collaboratively developed HPS teaching materials. The teachers highlight a number of obstacles to the implementation of HPS specific to this approach: finding and adapting HPS teaching material, knowing and using instructional design principles for HPS lessons, presenting history in a motivating way, dealing with students’ problematic ideas about the history of science, conducting open-ended historical classroom investigations in the light of known historical outcomes, using historical investigations to teach modern science concepts, designing assessments to target HPS-specific learning outcomes, and justifying the HPS-approach against curriculum and colleagues. Teachers' perceived demands point out critical aspects of pedagogical content knowledge necessary for confident, comfortable and effective teaching of HPS-based science. They also indicate how HPS teacher education and the design of curricular materials can be improved to make implementing HPS into everyday teaching less demanding. (shrink)

This is the first systematic exploration of the intriguing connections between Victorian physical sciences and the study of the controversial phenomena broadly classified as psychic, occult and paranormal. These phenomena included animal magnetism, spirit-rapping, telekinesis and telepathy. Richard Noakes shows that psychic phenomena interested far more Victorian scientists than we have previously assumed, challenging the view of these scientists as individuals clinging rigidly to a materialistic worldview. Physicists, chemists and other physical scientists studied psychic phenomena for a (...) host of scientific, philosophical, religious and emotional reasons, and many saw such investigations as exciting new extensions to their theoretical and experimental researches. While these attempted extensions were largely unsuccessful, they laid the foundations of modern day explorations of the connections between physics and psychic phenomena. This revelatory study challenges our view of the history of physics, and deepens our understanding of the relationships between science and the occult, and science and religion. (shrink)

Philologus, founded in 1846, is one of the oldest and most respected periodicals in the field of Classics. It publishes articles on Greek and Latin literature, historiography, philosophy, history of religion, linguistics, reception, and the history of scholarship. The journal aims to contribute to our understanding of Greco-Roman culture and its lasting influence on European civilization. The journal Philologus, conceived as a forum for discussion among different methodological approaches to the study of ancient texts and their reception, publishes original scholarly (...) contributions with a strong international focus. Publications languages are: German, English, Italian, French. As of 2014 the publication of supplementary volumes will be resumed. The series Philologus. Supplemente / Philologus. Supplementary Volumes will publish monographs and edited volumes pertaining to all aspects of the study of ancient literature and its reception, with a special focus on topics concerning literary theory, philosophy and the history of scholarship from an interdisciplinary perspective. (shrink)