Nature's Destiny: How the Laws of Biology Reveal Purpose in the UniverseFrom Simon & Schuster, Nature's Destiny is Michael Denton's exploration of how the laws of biology reveal purpose in the universe. Michael Denton's Nature's Destiny: How the Laws of Biology Reveal Purpose in the Universe argues that the universe was configured to give rise to an intelligent species of life forms, namely human beings. |
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NATURE'S DESTINY: How the Laws of Biology Reveal Purpose in the Universe
Пользовательский отзыв - KirkusThe author of Evolution: A Theory in Crisis (not reviewed) again confronts the notion that the presence of humankind is a random event in a random universe, asserting that "the cosmos is uniquely fit ... Читать весь отзыв
Nature's destiny: how the laws of biology reveal purpose in the universe
Пользовательский отзыв - Not Available - Book VerdictBiolgist and medical researcher Denton argues that the laws of nature and the conditions on this planet exist for the inevitable origin of carbon-based life on Earth as well as the necessary emergence ... Читать весь отзыв
Содержание
Prologue | 1 |
Life | 5 |
The Harmony of the Spheres | 7 |
The Vital Fluid | 19 |
The Fitness of the Light | 47 |
The Fitness of the Elements and the Earth | 71 |
The Fitness of Carbon | 101 |
The Vital Gases | 117 |
FireMaker | 235 |
The Tree of Life | 265 |
The Principle of Plenitude | 299 |
The Dream of Asilomar | 321 |
The Eye of the Lobster | 351 |
Appendix | 397 |
Phosphates | 404 |
The Bicarbonate Buffer | 410 |
The Double Helix | 141 |
The Nanomanipulators | 169 |
The Fitness of the Metals | 195 |
The Fitness of the Cell | 209 |
Notes | 419 |
443 | |
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Nature's Destiny: How the Laws of Biology Reveal Purpose in the Universe Michael Denton Просмотр фрагмента - 1998 |
Часто встречающиеся слова и выражения
ability adaptations amino acids Amoeba animal atmosphere base pairs basic bicarbonate billion binding biocentric biological role body brain buffer carbon atom carbon compounds carbon dioxide carbon-based cell chain changes chapter chemical chemistry codons complex components cosmos covalent bonds diversity DNA sequence electromagnetic electromagnetic spectrum electrons elements endoskeleton energy environment enzymes evidence evolution evolutionary example exists on earth extraterrestrial fact fluid function gene genetic genome heat helix hemoglobin Henderson higher organisms human hydrogen hydrosphere Ibid intelligent ions laws of nature lipids liquid living things mammals membrane metabolism metals microns molecular molecules multicellular muscles mutation nerve organic compounds oxidation oxygen phosphate photosynthesis physical planet planetary possible properties of water proteins radiation reactive relatively remarkable scientific self-replicating solubility species spectrum stars structure surface teleological temperature terrestrial tiny tion transitional metals uniquely fit utility vast vertebrate viscosity wavelength weak bonds