Bios: A Study of Creation, Volume 1
This book focuses on a prototype of creative causal processes termed BIOS and how the concept can be applied to the physical world, in medicine and in social science. This book presents methods for identifying creative features in empirical data; studies showing biotic patterns in physical, biological, and economic processes; mathematical models of bipolar (positive and negative) feedback that generate biotic patterns. These studies support the hypothesis that natural processes are creative (not determined) and causal (not random) and that bipolar feedback plays a major role in their evolution. Simple processes precede, coexist, constitute and surround the complex systems they generate (priority of the simple). In turn, complex processes feedback and transform simpler ones (supremacy of the complex).
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How is the Universe that It Creates a Human Heart?
A Theory of Natural Creation
Creative Processes and Mathematical Models
Methods and Empirical Studies
The Biotic Pattern of Heart Rate Variation with J Messer
The Biotic Expansion of the Universe with L Kovacevic
Novelty in DNA
Entropy as Diversity
The Infinite Attractor of Evolution
Biotic Earth Biotic Climate
Biotic Processes in Economics
Biological Priority Psychological Supremacy
Education Nursing and Psychodrama
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1/f noise action analysis asymmetry attractor behavior bifurcation biological biotic patterns biotic series bipolar feedback Brownian noise cardiac Carlson-Sabelli causation Chaos Theory chaotic series Chapter clinical co-creation coexistence components concept consecutive isometry consecutive recurrence consecutive repetitions correlation cosine cosine walk creative processes deterministic dialectic diamond of opposites dimensional diversification dynamics economic Embedding 50 Embedding plots empirical enantiodromia energy entropy equilibrium evolution flux fractal function fundamental galaxies Heraclitus increases infinite interaction isometry levels of organization linear logic logistic equation mathematical measure method multiple natural processes negative nonlinear nonrandom complexity notion novelty observed partial autocorrelation Patel period phase plane philosophy physical pink noise portray process equation Process Theory psychological quantum random walks recurrence plots recursions regarded Sabelli scientific sequence shuffled copies simple sine and cosine social statistical stochastic structures Sugerman supremacy Systems trajectories trigonometric Union of Opposites universe Zbilut