Quest for optimum human population per nation

The world is being saturated with population to a point where its life‐support systems may be in danger of losing their ability to maintain environmental stability. Thus, there is an urgent need for scientists and decision makers to develop working models in which information about the population, resource exhaustion, and pollution of each nation is contained. The criteria for determining optimum human population are reviewed, and a bionomic model that incorporates the complex web of economic and political systems within an ecological framework is presented to solve the problem of how large a population each nation should have.     

I.C.E. World Information,Consciousness, Energy

There is underway a worldwide shift in society from an industrial‐based to an information‐based metaindustrial way of living and working. This will require innovative organization and management. Three factors are described as propellers of this industrial transformation: technological innovations, technology transfer, and global marketplace. Trends in post‐industrial organizations are mapped out, and a profile of metaindustrial organization culture is created.?     

Entropy,information and predictability of evolutionary systems

We investigate first several entropy concepts, from static to dynamic entropy. Dynamic entropy is introduced as a measure of predictability. Then the relation between entropy and information is studied. Following Wiener information is considered as a non‐physical quantity, not matter or energy. Information is understood as a binary relation between a sender and a receiver. We differentiate between bound and free information. Information can be created by selforganization, historically it is connected with the origin of life. The structure and predictability of informational strings is investigated. For example we study symbolic sequences generated by evolution, as e.g. texts. It is shown that several information carriers show criticality connected with the existence of long‐range correlations, long memory in time and historical behaviour (self‐tuned criticality). The higher order Shannon entropies and the conditional entropies (dynamical entropies and there limit) are calculated, characteristic scaling laws are found.     

Phenomenology and philosophy of science

This article examines human systemic condition and its evolved cultural organization from the perspective of information. The aim is to discuss general, tentative hypotheses on the nature and role of information in human systems. As a framework, the article considers information as the underlying parameter of growth on the general evolutionary trajectory. Information growth experienced an unprecedented increase at the appearance of Homo Sapiens Sapiens, which, as is well known, implies the trajectory's close relation to our species. This has led to the notion of post-organic evolutionary era in which humankind, through cultural evolutionary means, is in the process of supplanting biological determinants. Development, understood generally as victory over nature, has always been the measure by which our species has defined its success; humankind persists in faith in technical solutions to all problems.     

The topological inventions of life: From the specialization of multicellular colonies to the functioning of the vertebrate brain

The evolution of biological (intermediary) complexity strongly depends upon the information‐processing advantages it confers to cells and organisms. As a matter of fact, highly complex biological structures such as the cellular signaling system and the vertebrate nervous system have been evolved in order to inform the living system about its surround, subsequently orienting the internal, productive activities. The evolutionary success of these types of informational structures ("infostructures") exemplifies that, almost universally, the “bit” may act as a successful substitute for the “joule”. Recent molecular biology research on cellular signaling systems has disclosed their amazing information‐processing sophistication and the crucial role they play in the formation and functioning of the vertebrate brain. In the neurosciences, duality theory has highlighted the way in which the cortical maps and the cerebral substructures of the vertebrate brain are “topologically” integrated in order to perform an adaptive information‐processing. The development of comprehensive conceptualizations relating brain processing and intracellular processing may well be a strategic step in the development of a vertical “information science”.     

The orientation of evolution and the intellect

Prediction has been central in the development of both science and society. Chaos theory, however, has given rise to the widespread belief that in all but the most stable situations prediction of the future is impossible. But this belief is contradicted by theory and findings over many years of the psychology of prediction as well as by the findings of the new field of chaos psychology and the experience of entrepreneurs in business and political leaders. At stake is a belief central to an enormous body of “law” in all scientific fields as well as to business, political, and governmental managers and leaders concerned with governance of economic and political systems in a time of global social chaos. At its core, the problem is a critical one for the development of a General Evolution Theory that can span the findings of natural science and social science to find “laws” consonant with systems requirements at both pre‐human and human evolutionary levels. This paper analyzes the problem in terms of chaos theoretical views of the limits of predictability, evidence from the fields of psychology and brain research of human predictive abilities that transcend these limits, and the practical consequence of a resolution of this conflict for science and society.     

Introduction

There are very significant conceptual links between theories of social macroevolution and theories of the World System development. It is shown that the growth of the World System complexity and integrity can be traced through a system of phase transitions of macroevolution. The first set of phase transition is connected with the agrarian, industrial, and information-scientific revolutions (that are interpreted as changes of “production principles”). The second set consists of phase transitions within one production principle. These phase transitions are analyzed on the basis of the World System urbanization dynamics, but they can be traced with respect to the other (cultural, economic, technological, demographic, political, etc.) dimensions of the World System development.     

The Memory of Micro-Organisms: An Essay on the Experience of Environmental Alterations by Bacteria

Using a generalized conception of experience, from which all features characteristic for higher animals (such as consciousness and thought) have been removed, allowed relating experience to adaptive processes in lower organisms. The temporal vector character of every current experience, containing as well memories of past experiences as intentions for future activities, can then be found in the adaptive response of cyanobacteria to alterations in phosphate supply, particularly in energetic manifestations of this phenomenon. A possible analogy between adaptive events as the “atomic units” of physiological adaptation and Whitehead's actual occasion of experience is discussed.     

Discrete Process Model for Quantum Systems of Matter and Mind

Attempts to create a coherent scientific picture of the world as a whole on the basis of quantum physics has sped up at the turn of the millennium. There particularly seem to be expectations that the development of a new kind of quantum mechanics could make it possible to describe both matter and consciousness in one frame of reference (“dual aspect approach”). These ideas are often results of brilliant intuitive visions but as yet not able to produce testable hypotheses. Maybe “wave mechanics” is not very suitable in the study of consciousness from the quantum mechanical point of view. The aim of this article is to show how both the matter and the mind systems can be described with one coherent mathematical model if we assume both space and time to be discrete.     

Feeling low,thinking slow? Associations between situational cues,mood and cognitive function

ABSTRACT

Within-person changes in mood, which are triggered by situational cues, for example someone’s location or company, are thought to affect contemporaneous cognitive function. To test this hypothesis, data were collected over 6 months with the smartphone application (app) moo-Q that prompted users at random times to rate their mood and complete 3 short cognitive tests. Out of 24,313 people across 154 countries, who downloaded the app, 770 participants submitted 10 or more valid moo-Q responses (mean?=?23; SD?=?18; range 10–207). Confirming previous research, consistent patterns of association emerged for 6 different situation cues with mood and cognitive function: For example, being alone rather than with others when completing the app resulted in worse mood but better cognitive task performance. Notwithstanding, changes in mood and cognitive function were not coupled. The advantages and challenges of using smartphone technology for studying mood and cognitive function are discussed.