What is Life?: Scientific Approaches and Philosophical Positions
World Scientific, 2002 - SCIENCE - 389 pages
The book of Erwin SchrAdinger about life evokes a variety of basic questions concerning the understanding of life in terms of modern physics rather than biochemistry. Problems of organization and regulation of biological systems cannot be understood by revealing only the chemical processes of the living state. A group of reputable physicists OCo among them the followers of Heisenberg and FrAhlich OCo and biologists came to this same conclusion through several workshops on this topic. This book contains their contributions, written from different viewpoints of theoretical physics and modern biology. These articles are valuable not only for understanding life, but also for creating new and non-invasive diagnostic and therapeutic tools in medicine; they also contribute importantly to a deeper understanding of evolutionary processes, including the development of consciousness."
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Truth and Knowledge
The Formative Powers of Developing Organisms
Electromagnetic Symbiotic and Informational Interactions in the Kingdom of Organisms
Dead Molecules and the Live Organism
Inanimate and Animate Matter Orderings of Immaterial Connectedness The Physical Basis of Life
Communication Basis of Life
Substantial and NonSubstantial Structure in Living Systems
On the Essence of Life A Physical but Nonreductionistic Examination
Coherent Excitations in Living Biosystems and Their Implications A Qualitative Overview
Biophotonics A Powerful Tool for Investigating and Understanding Life
Biophoton and the Quantum Vision of Life
Quantum Mechanics Computability Theory and Life
BoseEinstein Condensation of Photons Does it Play a Vital Role in the Understanding of Life?
Can Biological Effects Emerge from Inorganic NanoSystems?
absolute reality activity algorithm atoms biological systems biomolecules biophoton emission biophoton signal biosystem Bose-Einstein condensation cellular characteristic chemical classical coherent excitations communication complex concepts connection considered correlations delayed luminescence density dependence described developmental dipole dynamic effects electric field electromagnetic fields electrons elements embryo endosymbiont energy enzymes equations essential eukaryotic evolution example existence experimental external F. A. Popp frequency Frohlich's function fundamental genes heat shock heat shock proteins holistic hydrogenosomes increasing intensity interaction Lett living systems macroscopic mathematical means measured membrane metabolism metaphysical metastable microwave mode molecular dynamics molecules morphogenesis morphogenetic field nature observed organisms parameters particles photon emission Phys picture of reality plants polarisation possible potential processes properties proteins protoplasm quantum coherence quantum mechanics quantum theory question radiation reactions regulation resonator Schommers space specific structure symmetry temperature theoretical thermal equilibrium tissue transformed understanding wave
Page 14 - ... related genera, which, from having nearly the same structure, constitution, and habits, generally come into the severest competition with each other. Consequently, each new variety or species, during the progress of its formation, will generally press hardest on its nearest kindred, and tend to exterminate them.