Thermodynamics is the foundation of many of the topics of interest in the religion‐science dialogue. Here a nonmathematical outline of the principles of thermodynamics is presented, providing a historical and conceptually understandable development that can serve teachers from disciplines other than physics. The contributions of Gibbs to both classical and rational thermodynamics, emphasizing the importance of the ensemble in statistical mechanics, are discussed. The seminal ideas of Boltzmann on statistical mechanics are contrasted to those of Gibbs in a discussion of (...) the microscopic interpretation of the second law. The role of information theory is discussed, and the modern ideas of Prigogine and nonequilibrium are outlined in some detail with further reference to the second law. Implications for our interaction with God are considered. (shrink)

Abstract.The basic laws of physics for particles and fields can be formulated in terms of variational principles. The initial development of a variational principle had distinct teleological implications. The formulation of physical laws in terms of variational principles is outlined with specific reference to classical and quantum mechanics and field theory. Because of time irreversibility no variational principle exists for thermodynamics. In order to obtain time irreversibility molecular trajectories must be abandoned in the lowest‐level description of complex multicomponent systems. A (...) more open set of possibilities results. I suggest that this may be more consistent with a modern teleology. (shrink)

John Polkinghorne is a significant contributor to the religion and science dialogue, bringing the expertise of a scientist coupled with serious theological study, ordination, and service as a parish priest. He takes both theology and science with utmost seriousness and describes himself as a bottom‐up thinker, confronting the scriptural record as a scientist does data. But he refrains from giving scientific explanations of scripture. Polkinghorne's concern is with hope, and specifically with eschatological hope. The framework for his theological thinking is (...) the Nicene Creed, in which is found the counterintuitive openness common to theoretical physics. He acknowledges the need for thinking beyond the confines of present scientific understanding in proposing active information as a concept for considering the mind. (shrink)

The quantum‐measurement problem and the Heisenberg indeterminacy principle are presented in the language of the Dirac formulation of the quantum theory. Particularly the relationship between quantum state prior to measurement and the result of the measurement are discussed. The relation between the indeterminacy principle and the analog between quantum and classical systems is presented, showing that this principle may be discussed independently of the wave‐particle duality. The importance of statistics in the treatment of many body systems is outlined and the (...) approach to investigating God's interaction with human beings is discussed in this context. The treatment is nonmathematical. (shrink)