Subjective judgements influencing Christian beliefs about biological origins

Christians hold divergent views about cosmological and biological origins. Creationists read the early chapters of the Biblical book of Genesis literally, postulating a young earth and a limited role for mutation and natural selection in the development of biological diversity. Theistic Evolutionists accept current scientific accounts of biological evolution, seeing these processes as the mechanisms of God’s creative purpose. Advocates of Intelligent Design doubt whether the complexity and fitness-for-purpose of many aspects of the physical and biological world could have come about without the intervention of a Designer.

Examining the basis of these positions could help their adherents to be less zealous and divisive. Creationists could accept that their beliefs arise not principally from science, but from their hermeneutic stance, and that this stance is not necessarily correct, nor integral to receiving the Bible's theological teaching. Theistic Evolutionists could accept that excluding the possibility of God directly intervening at points in prehistory is illogical, given their belief in the incarnation, miracles and the efficacy of prayer.

The Creationist and Theistic Evolution positions share a strong desire to defend God’s honour and a sense that they more comfortably fit an authentic picture of God. These powerful affective judgements, while not irrational, do not constitute compelling logical arguments. A dispassionate evaluation of their validity and strength could be of much benefit. Advocates of Intelligent Design could admit that scepticism about the adequacy of current scientific explanations does not logically entail an insistence that direct intervention by a designer must have occurred: the explanatory power of science has been underestimated before. All parties are encouraged to accept that a detailed account of biological history is inaccessible and likely to remain so. A due humility is commended.     

AN ALGORITHMIC INFORMATION THEORY CHALLENGE TO INTELLIGENT DESIGN

William Dembski claims to have established a decision process to determine when highly unlikely events observed in the natural world are due to Intelligent Design. This article argues that, as no implementable randomness test is superior to a universal Martin‐Löf test, this test should be used to replace Dembski's decision process. Furthermore, Dembski's decision process is flawed, as natural explanations are eliminated before chance. Dembski also introduces a fourth law of thermodynamics, his “law of conservation of information,” to argue that information cannot increase by natural processes. However, this article, using algorithmic information theory, shows that this law is no more than the second law of thermodynamics. The article concludes that any discussions on the possibilities of design interventions in nature should be articulated in terms of the algorithmic information theory approach to randomness and its robust decision process.     

The Evolutionary Challenge for Technology

The evolutionary challenge for technology in the third millennium is one of designing the vehicles for sustainable human and societal development in partnership with earth. The challenge calls for the conscious creation of evolutionary systems-not through the "hard technologies" that shape and mold the physical infrastructure of our planet, but through "soft technologies" that augment creative and constructive processes of human interaction. Through them, humanity has the opportunity to create the conditions for the emergence of a true learning society at both regional and global levels. The meaning of key terms such as evolution, technology, and development must be explored if we are to create a shared understanding of the contemporary survival challenges faced by humanity. This paper explores both the promise and the threat faced by a techno-civilization such as is emerging on our planet in the early twenty-first century.     

A New David Preparing for a New Goliath: A Question of Corporate Competence

Like the biblical David practicing his skill in defense of his flock, small companies are now gearing up their resident competencies in redesigning their organization in order to be flexible with changing needs. Like David, the day of facing Goliath may come without warning. This article tells the story of a small company engaged in rapid growth. The participative redesign of the organizational structure is presented as a narrative against the background of a simplified model of organizational design and the method of implementation. Key success factors are illustrated not only through anecdotes but also through measurements of results at the end of the first year.     

Specific Features of After-School Program Quality: Associations with Children’s Functioning in Middle Childhood

This longitudinal study examined associations between three after-school program quality features (positive staff–child relations, available activities, programming flexibility) and child developmental outcomes (reading and math grades, work habits, and social skills with peers) in Grade 2 and then Grade 3. Participants (n = 120 in Grade 2, n = 91 in Grade 3) attended after-school programs more than 4 days per week, on average. Controlling for child and family background factors and children’s prior functioning on the developmental outcomes, positive staff–child relations in the programs were positively associated with children’s reading grades in both Grades 2 and 3, and math grades in Grade 2. Positive staff–child relations also were positively associated with social skills in Grade 2, for boys only. The availability of a diverse array of age-appropriate activities at the programs was positively associated with children’s math grades and classroom work habits in Grade 3. Programming flexibility (child choice of activities) was not associated with child outcomes.     

Mainstreams and Perspectives in Research on Learning (Mathematics) From Instruction

Le domaine de l’enseignement et de l’apprentissage des mathématiques est un exemple des plus représentatives de l’orientation des recherches sur l’apprentissage et l’instruction dans les différentes matières. Au cours du dernier quart de siècle écoulé, ce champ de questionnement a produit nombre d’investigations qui résultent d’une conception de l’apprentissage des mathématiques comme construction sociale de la signification et de la comprehension basée sur la modélisation de la réalité. Dans cet article, quelques tendances majeures et perspectives de recherche s.0s principalement aux Etats‐Unis et en Europe. Il y sera montré que d’une part, les investigations empiriques ont déjà produit des blocs de construction pour l’élaboration d’une théorie de l’apprentissage des mathématiques à partir d’instructions mais que, d’autre part, des questions et des problèmes majeurs requièrent d’être démêlés par la poursuite d’investigations. Ceci y sera documenté de façon exemplaire en utilisant comme cadre de référence quatre composants principaux d’une théorie de l’apprentissage des mathématiques à partir d’instructions: une théorie de l’expertise visant à analyser des compétences dans un domaine; une théorie de l’acquisition tendant à comprendre et expliquer les processus d’apprentissage qui conduisent à la réalisation de compétences; une théorie de l’intervention, focalisée sur la conception d’environnements enseignement‐apprentissage puissants pour provoquer ces processus d’acquisition; et une théorie de l’évaluation s’adressant au développement de méthodes et techniques pour la construction et l’application d’outils et instruments d’évaluation. The domain of mathematics learning and teaching is one of the most representative examples of the subject‐matter orientation in research on learning and instruction. During the last quarter of the past century this field of inquiry has produced a vast body of investigations, resulting in an enriched conception of mathematics learning as involving the (social) construction of meaning and understanding based on modeling of reality. In this article some of the main trends and perspectives in the field of research on mathematics learning and instruction are discussed, and illustrated with examples of empirical research, mainly carried out in Europe and the United States. It will be shown that, on the one hand, the available empirical investigations have already yielded substantial building blocks for the elaboration of a theory of mathematics learning from instruction, but that, on the other hand, major issues and problems need to be unravelled by continued inquiry. This will be documented in an exemplary way, using as a frame of reference four main components of a theory of learning mathematics from instruction: a theory of expertise, aiming at analysing competence in a domain; a theory of acquisition, attempting to understand and explain the processes of learning that are conducive to the attainment of competence; a theory of intervention, focusing on the design of powerful teaching–learning environments for eliciting those acquisition processes; and a theory of assessment, addressing the development of methods and techniques for the construction and application of assessment tools and instruments.     

Empowering youth to change their world: Identifying key components of a community service program to promote positive development

Prior to graduating from high school, the vast majority of youth in the United States will take part in at least one community service activity. Although it is frequently assumed that community service is inherently beneficial to those that take part, the activities and processes of youth service programs tend to be unsystematic and vary widely. In addition, empirical assessment of youth service programs is inconsistent and often lacks methodological rigor. The present paper addresses these concerns in a preliminary evaluation of both the process experience and the outcomes of a theoretically grounded school-based community service program for urban adolescents. The evaluation focuses on identifying key components of a youth community service program, assessing whether the program was experienced as it was intended, and providing preliminary data on participant outcomes. Findings indicate that the program was experienced as both empowering (i.e., guided by student initiative, preferences, and strengths) and promoting a sense of community (i.e., encouraged cooperation and collective decision making). Results also suggest that taking part in the community service program increased youths' self-reported empathy and intent to be involved in future community action, as compared to a group of matched controls. Implications and recommendations for developing and evaluating service-learning or community service programs in the schools are discussed.     

Methodological Overview of the Parents Matter! Program

We present an overview of the methodology employed in the Parents Matter! Program. Information on the following aspects of the program is presented: participant eligibility and recruitment; consenting procedures and administration of assessments; development and utilization of measures in the assessments; study design; intervention procedures; facilitator characteristics and training; procedures to assess treatment fidelity assessment; and procedures utilized to enhance retention of study participants.