Information-Hierarchical Organization of Natural Systems I: The Information-Physical Principle

The mathematical notion of information characterizing system organization as such has been developed. The information-physical principle, which characterizes an information exchange in natural hierarchical systems and has been confirmed by its numerous applications, is laid down. It is shown to be based on the ancient “matter–measure–information” concept of physical world structure and talked about in the Hermes Trismegistus's will.     

Kant’s Moral Panentheism

Although Kant is often interpreted as an Enlightenment Deist, Kant scholars are increasingly recognizing aspects of his philosophy that are more amenable to theism. If Kant regarded himself as a theist, what kind of theist was he? The theological approach that best fits Kant’s model of God is panentheism, whereby God is viewed as a living being pervading the entire natural world, present ‘in’ every part of nature, yet going beyond the physical world. The purpose of Kant’s restrictions on our knowledge of God is not to cast doubt on God’s existence, but to preserve a mystery in God’s reality so that God is always more than the world as we experience it. The same God who is theoretically unknowable is also an aspect of the moral substratum of the physical world. Kant’s moral Trinity (God as righteous Lawgiver, benevolent Ruler, and just Judge) permeates everything, as the ultimate unifier of reason and nature. This Paper was delivered during the 2007 APA Pacific Mini-Conference on Models of God, together with papers published in Philosophia 35:3–4.     

KANT ON RELIGION AND SCIENCE: INDEPENDENCE OR INTEGRATION?

Abstract. Immanuel Kant's theoretical knowledge and practical knowledge tempt conclusion that natural science and religion are two independent discourses of a dualistic system. To be sure, knowledge is anchored in two kinds of causality. Theoretical knowledge is governed by physical causality. Practical knowledge is concerned with the human capacity to initiate a sequence of events that nature could not accomplish on its own—although in conformity with, not independent of, natural causality. Furthermore, the two realms presuppose a common totality of order not of humanity's creation. Without these presuppositions, we could not experience the world as we do, and it would never occur to us to engage in a scientific investigation of the natural world. Hence, we should first exhaust our attempts at explanation on the basis of physical causality before turning to the aid of teleology. The anomalous becomes an occasion to seek a physical law not yet known whereas the miraculous hinders search for a natural law. However, higher than knowledge of “what is” is our capacity to discern “what should be.” This is an inclusive moral capacity that establishes what it means to be human and unites all moral agents in an invisible kingdom of ends that constitutes a moral culture in the physical world uniting religion and science.     

Where to Look for Emergent Properties

Recent years have seen renewed interest in the emergence issue. The contemporary debate, in contrast with that of past times, has to do not so much with the mind–body problem as with the relationship between the physical and other domains; mostly with the biological domain. One of the main sources of this renewed interest is the study of complex and, in general, far-from-equilibrium self-preserving systems, which seem to fulfil one of the necessary conditions for an entity to be emergent; namely, that its causal powers are not predictable from the causal powers of basic physical properties. However, I argue that much of the current emergentism debate has misfired by focusing on the interpretation of self-maintaining systems. In contrast, I claim that if we want to find emergent properties, we should look not at complex systems, but at selection (natural selection, in particular). I argue that selection processes make the causal world ‘exuberant’ by making non-physical functional and relational properties enter the causal web of the world.     

Relative brightness in natural images can be accounted for by removing blurry content

One critical question regarding visual cognition concerns how the physical properties of the visual world are represented in early vision and then relayed to high-level vision. Here, we posit a simple theory: Processes that encode object appearance reduce their response to spatial content that is coarser than the size of the attended object. We show that a filtering procedure based on this theory can account for the relative brightness levels of test patches placed in images of natural scenes and for many hard-to-explain brightness illusions. The implication is that the perception of brightness differences in most brightness illusions actually corresponds to physical differences present in the images. Portions of the visual system may encode these physical differences by means of neural processes that adaptively reduce their response to low-spatial-frequency content.     

The physics of evolution: From chaos to evolution and deep ecology

This paper summarizes the various physical science elements of the evolutionary story. The “nonlinear” revolution includes chaos, self‐organization theory, the thermodynamics of evolution, and biological evolution. The key result of the revolution is a physical understanding of how order emerges and change is driven. This paper brings the lessons of each branch of the revolution together into a single easily understood thread. The unexpected result of this revolution is an understanding of evolution as a single inexorable physical process that has given rise to everything from molecules to humankind. Here evolution is driven by energy flow and involves increasing efficiency, the growth of complexity, and the acceleration of change. This paper ties the resulting physical insights to an evolving ecological world view, looks at its ties to spirituality and applies the rules that govern the growth of complexity to business and its current crisis. The net result of the nonlinear revolution is a radical change in our everyday understanding of how the world works, a shift away from classical science's machine world to the vision of an evolving deeply ecologically intertwined world.     

Adults see vision to be more informative than it is

Humans gain a wide range of knowledge through interacting with the environment. Each aspect of our perceptual experiences offers a unique source of information about the world—colours are seen, sounds heard and textures felt. Understanding how perceptual input provides a basis for knowledge is thus central to understanding one's own and others' epistemic states. Developmental research suggests that 5-year-olds have an immature understanding of knowledge sources and that they overestimate the knowledge to be gained from looking. Without evidence from adults, it is not clear whether the mature reasoning system outgrows this overestimation. The current study is the first to investigate whether an overestimation of the knowledge to be gained from vision occurs in adults. Novel response time paradigms were adapted from developmental studies. In two experiments, participants judged whether an object or feature could be identified by performing a specific action. Adult participants found it disproportionately easy to accept looking as a proposed action when it was informative, and difficult to reject looking when it was not informative. This suggests that adults, like children, overestimate the informativeness of vision. The origin of this overestimation and the implications that the current findings bear on the interpretation of children's overestimation are discussed.     

Hedwig Conrad-Martius’ Phenomenological Approach to Life Sciences and the Question of Vitalism

The philosophy of Hedwig Conrad-Martius represents a very important intersection point between phenomenological research and the natural sciences in the twentieth century. She tried to open a common pattern from the ontology of the physical being up to anthropology, passing from the biological sciences. An intersection point that, for the particular features of her thought, is rather a perspective point from which to observe, in an interesting and original way, both natural sciences and phenomenology. The 1923 essay entitled Real Ontology (Conrad-Martius 1923) is the starting point for her reflections about science, but it is also the point that marks a separation from Husserl (for a detailed discussion, see: Ales Bello 2003, pp. 184–195), even if not from phenomenology. A fundamental question is faced: “why something instead of nothing?” or: “what is the reality?,” shifting the focus from essence to existence. Whichever the answer, a deeply realistic position must be assumed, based on the assumption of a clear distinction between the subject and the world, and the possibility of knowledge, intended as adaequatio of the subject’s intellectus to the external reality.     

Physico-mathematics and the search for causes in Descartes’ optics—1619–1637

One of the chief concerns of the young Descartes was with what he, and others, termed “physico-mathematics”. This signalled a questioning of the Scholastic Aristotelian view of the mixed mathematical sciences as subordinate to natural philosophy, non explanatory, and merely instrumental. Somehow, the mixed mathematical disciplines were now to become intimately related to natural philosophical issues of matter and cause. That is, they were to become more ’physicalised’, more closely intertwined with natural philosophising, regardless of which species of natural philosophy one advocated. A curious, short-lived yet portentous epistemological conceit lay at the core of Descartes’ physico-mathematics—the belief that solid geometrical results in the mixed mathematical sciences literally offered windows into the realm of natural philosophical causation—that in such cases one could literally “see the causes”. Optics took pride of place within Descartes’ physico-mathematics project, because he believed it offered unique possibilities for the successful vision of causes. This paper traces Descartes’ early physico-mathematical program in optics, its origins, pitfalls and its successes, which were crucial in providing Descartes resources for his later work in systematic natural philosophy. It explores how Descartes exploited his discovery of the law of refraction of light—an achievement well within the bounds of traditional mixed mathematical optics—in order to derive—in the manner of physico-mathematics—causal knowledge about light, and indeed insight about the principles of a “dynamics” that would provide the laws of corpuscular motion and tendency to motion in his natural philosophical system.     

Poem as Proposition in the Analects: A Whiteheadian reading of a Confucian sensibility[1]

I suggest that ubiquitous references made by Confucius to poetic songs in the Analects reveal an important aspect of his philosophy. This aspect involves the assumption that things in the world “resonate” with one another. Using elements of Alfred North Whitehead's thought, as well as metaphysical insights from the Han Dynasty text, Huainanzi, I first present an aesthetic theory along with a supporting cosmological vision that enhances our appreciation of this trait in the Confucian world. With these preliminaries in mind, I approach the Analects itself. I will isolate the term xing, or “stimulation “, and demonstrate how this term allows us to understand the function of poetry for the early Confucians. I conclude that poetry was thought to behave much like what Whitehead called “propositions”, and that this function assumes a world with certain basic tendencies normally associated with Daoist cosmology.     

Does Poor Understanding of Physical World Predict Religious and Paranormal Beliefs?

Although supernatural beliefs often paint a peculiar picture about the physical world, the possibility that the beliefs might be based on inadequate understanding of the non‐social world has not received research attention. In this study (N = 258), we therefore examined how physical‐world skills and knowledge predict religious and paranormal beliefs. The results showed that supernatural beliefs correlated with all variables that were included, namely, with low systemizing, poor intuitive physics skills, poor mechanical ability, poor mental rotation, low school grades in mathematics and physics, poor common knowledge about physical and biological phenomena, intuitive and analytical thinking styles, and in particular, with assigning mentality to non‐mental phenomena. Regression analyses indicated that the strongest predictors of the beliefs were overall physical capability (a factor representing most physical skills, interests, and knowledge) and intuitive thinking style. Copyright © 2016 John Wiley & Sons, Ltd.     

Integral Spirituality, Deep Science, and Ecological Awareness

There is a growing understanding that addressing the global crisis facing humanity will require new methods for knowing, understanding, and valuing the world. Narrow, disciplinary, and reductionist perceptions of reality are proving inadequate for addressing the complex, interconnected problems of the current age. The pervasive Cartesian worldview, which is based on the metaphor of the universe as a machine, promotes fragmentation in our thinking and our perception of the cosmos. This divisive, compartmentalized thinking fosters alienation and self‐focused behavior. I aim to show in this essay that healing the fragmentation that is at the root of the current world crises requires an integrated epistemology that embraces both the rational knowledge of scientific empiricism and the inner knowledge of spiritual experience. This “deep science” transcends the illusion of separateness to discern the unity, the unbroken wholeness, that underlies the diverse forms of the universe. Our perception of connectedness, of our integral place in the web of life, emerges as an attribute of our connection with the eternal, beatific source of all existence. This awakened spiritual vision “widens our circle of understanding and compassion, to embrace all living creatures in the whole of nature” (Einstein, quoted in Goldstein [1976] 1987). Our behavior, as it emerges naturally out of our perception of the sacredness of the natural world, will naturally embody love and respect for all life forms. This vision promotes the healing of our long‐standing alienation from the natural world and offers hope for renewal in the midst of widespread cultural deterioration and environmental destruction.     

Is symmetry identity?

Wigner found unreasonable the "effectiveness of mathematics in the natural sciences". But if the mathematics we use to describe nature is simply a carefully coded expression of our experience then its effectiveness is quite reasonable. Its effectiveness is built into its design. We consider group theory, the logic of symmetry. We examine the premise that symmetry is identity; that group theory encodes our experience of identification. To decide whether group theory describes the world in such an elemental way we catalogue the detailed correspondence between elements of the physical world and elements of the formalism. Providing an unequivocal match between concept and mathematical statement completes the case. It makes effectiveness appear reasonable. The case that symmetry is identity is a strong one but it is not complete. The further validation required suggests that unexpected entities might be describable by the irreducible representations of group theory.     

Mathematical leadership vision

This article is an analysis of a new type of leadership vision, the kind of vision that is becoming increasingly pervasive among leaders in the modern world. This vision appears to offer a new horizon, whereas, in fact it delivers to its target audience a finely tuned version of the already existing ambitions and aspirations of the target audience. The leader, with advisors, has examined the target audience and has used the results of extensive research and statistical methods concerning the group to form a picture of its members' lifestyles and values. On the basis of this information, the leader has built a "vision." The vision is intended to create an impression of a charismatic and transformational leader when, in fact, it is merely a response. The systemic, arithmetic, and statistical methods employed in this operation have led to the coining of the terms mathematical leader and mathematical vision.     

Where brain,body, and world collide

The brain fascinates because it is the biological organ of mindfulness itself. It is the inner engine that drives intelligent behavior. Such a depiction provides a worthy antidote to the once-popular vision of the mind as somehow lying outside the natural order. However, it is a vision with a price. For it has concentrated much theoretical attention on an uncomfortably restricted space; the space of the inner neural machine, divorced from the wider world which then enters the story only via the hygienic gateways of perception and action. Recent work in neuroscience, robotics and psychology casts doubt on the effectiveness of such a shrunken perspective. Instead, it stresses the unexpected intimacy of brain, body and world and invites us to attend to the structure and dynamics of extended adaptive systems — ones involving a much wider variety of factors and forces. Whilst it needs to be handled with some caution, I believe there is much to be learnt from this broader vision. The mind itself, if such a vision is correct, is best understood as the activity of an essentially situated brain: a brain at home in its proper bodily, cultural and environmental niche.     

Knowledge Production in Non-European Spaces of Modernity: The Society of Jesus and the Circulation of Darwinian Ideas in Postcolonial Ecuador, 1860–1890

This article is based on a perspective on circulation of knowledge that allows the consideration of science as the result of the encounter between diverse communities. We tell a story that constantly changes places, scales, and cultures in order to stress the importance of networks as an alternative to the centre/periphery trope, which entangles world histories of science. The result is a picture much more complex and intertwined than the one suggested by these simplifying dichotomies. We focus on a case study that illuminates the process of knowledge production in non-European spaces of modernity. The return of the Society of Jesus to the newly independent nation-states of Latin America is the point of departure to analyse the circulation of a specific scientific idea in Ecuador: Darwin’s theory of biological evolution through natural selection. The article follows the paths of three different knowledge makers whose encounters are seen as sites of knowledge production: a religious order, a Latin American nation-state, and a Western European Jesuit-scientist.     

A Credible-World Account of Biological Models

In a broad brush, biological models are often constructed in two general types: (1) as a concrete model; (2) as an abstract model. A concrete model is a material model such as model organisms, while an abstract model is a mathematical or computational model consists of equations or algorithms. Though there are types of biological models that cannot be strictly categorized as either concrete or abstract, they are falling somewhere in between this spectrum. In view of the fact that biological phenomena are sui generis and distinct from physical phenomena in many respects, using the concepts in standard modeling fails to account for the differences between biological sciences and physical sciences. Drawing from the resources of a credible-world account of models in economic modeling, I propose to reinterpret abstract models and concrete models in the light of the credible world account of models.     

PHILOSOPHICAL SOURCES FOR MORIN'S SOCIOLOGY

The aim of this work is to show how Edgar Morin chose Vico and Hegel as cultural points of reference while elaborating a new method as an alternative to classical scientific knowledge. The French philosopher did this specifically when he tried to re-propose the problem s of history and the event in human sciences. The origins of sociology arose from the explicit extension of the scientific method to the socio-anthropological world; that is, with the intention of studying society as a natural phenomenon to which the laws of physical and biological sciences must be applied. As a tendency against this, at the end of the 1970s Morin began a process of putting sociology into historical context, which led him to a methodological revolution of sociology itself.     

Galileo's eye: a new vision of the senses in the work of Galileo Galilei

Reflections on the senses, and particularly on vision, permeate the writings of Galileo Galilei, one of the main protagonists of the scientific revolution. This aspect of his work has received scant attention by historians, in spite of its importance for his achievements in astronomy, and also for the significance in the innovative scientific methodology he fostered. Galileo's vision pursued a different path from the main stream of the then contemporary studies in the field; these were concerned with the dioptrics and anatomy of the eye, as elaborated mainly by Johannes Kepler and Christoph Scheiner. Galileo was more concerned with the phenomenology rather than with the mechanisms of the visual process. His general interest in the senses was psychological and philosophical; it reflected the fallacies and limits of the senses and the ways in which scientific knowledge of the world could be gathered from potentially deceptive appearances. Galileo's innovative conception of the relation between the senses and external reality contrasted with the classical tradition dominated by Aristotle; it paved the way for the modern understanding of sensory processing, culminating two centuries later in Johannes Müller's elaboration of the doctrine of specific nerve energies and in Helmholtz's general theory of perception.