The Science of Disorder: Understanding the Complexity, Uncertainty, and Pollution in Our Worldby Jack Hokikian
Pub. Date: 05/15/2002
Publisher: Los Feliz Publishing
The last 200 years have brought humankind an impressive array of technological marvels. These innovations have made their way into our industries, homes, and places of work. We are now surrounded with all kinds of "timesaving" devices, yet we have less time for ourselves than our parents and grandparents had. It seems that nothing is impossible for the human race
The last 200 years have brought humankind an impressive array of technological marvels. These innovations have made their way into our industries, homes, and places of work. We are now surrounded with all kinds of "timesaving" devices, yet we have less time for ourselves than our parents and grandparents had. It seems that nothing is impossible for the human race and that we are in control of the world in which we live, yet biological and electronic bugs and viruses are threatening us daily in complex and unpredictable ways. World population and globalization of economies are growing steadily, as are environmental and socioeconomic disorders. Our technological powers are increasing, but so are their side effects and unintended consequences.
In the Science of Disorder, physicist and information technologist Jack Hokikian explains our predicament through the Laws of Thermodynamics-the Laws of Energy and Entropy. These laws control all processes in the universe, including our technologies and activities. Dr. Hokikian gives a comprehensive review of the significance of these fundamental Laws of Nature, especially as they apply to the environment and to our lives. He shows us how we can attain-through the Laws of Thermodynamics-a philosophy of life that can guide us in our daily actions and decisions.
- Los Feliz Publishing
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- 6.00(w) x 9.10(h) x 1.30(d)
Table of ContentsAcknowledgments
Chapter 1. Nature's First Law
What is Energy?
The Emergence of the First Law of Thermodynamics
Impossibility of Perpetual Motion Machines
Radioactivity and Perpetual Energy
Chapter 2. Nature's Second Law
The Beginning of a New Science
The Birth of the Second Law of Thermodynamics
Nature's Irreversible Trend
What Is That Quantity Called Entropy?
Maxwell's Demon Attempts to Demolish Nature's Law of Entropy
Entropy as "Time's Arrow"
Boltzmann's Entropy Relation
Chapter 3. Nature's Laws in Action
The Relentless Increase of Entropy
From a Clockwork Universe to the Heat Death of the Universe
Thermodynamics and Cosmology
Entropy as a Measure of Ignorance and Uncertainty
Humans as an Open Thermodynamic System
Why Do We Age Irreversibly?
Is Evolution a Miracle in Violation of the Second Law?
Chapter 4. Knowledge and Entropy
Knowledge Undergoes Thermodynamic Transformation
Thermodynamic View of the Educational System
Disorder in Knowledge
Chapter 5. The United States in High Entropy
The High-Entropic Life in the United States
Possessions Generate Entropy and Dissipate Time
Drowning in a Sea of Words
More Choices but Less Time
Are We Freeing Ourselves from Machines, at Last?
Chapter 6. The Agricultural-Industrial Complex
Modern Agriculture and the Second Law
Chemical Control of Insects
Soil Erosion and Degradation of the Environment
Chapter 7. What Does the Second Law Really Say?
The Availability of Energy and Natural Resources Revisited
Entropy: The Supreme Manager of All Natural Processes
The Greenhouse Effect
High Tech's Environmental Entropy
Can We "Control" Natural Processes?
Chapter 8. Economics, the Environment, and the Laws of Thermodynamics
The Economics of Computers and Technology
The Concept of Environmental Externalities in Economics
Economics as an Applied Science
Chapter 9. Why Things Look So Good on the Horizon--Until We Get There
Why Great Expectations Turn to Disillusionments
Is Nuclear Fusion Our Response to the Second Law?
Space: The Unlimited Frontier?
Entropy and Growing Global Interdependence
Chapter 10. The World Through the Eyes of Thermodynamics
The Concept of "Doing More with Less"
Change and Technological "Progress" Re-examined
Recognizing Low- and High-Entropic Actions and Life-styles
Chapter 11. The Thermodynamic Imperative
Does Science Tell Us How to Live?
The Necessity of Projecting a Consistent Scientific Message
Making Entropy a Part of Our Daily Language
Thermodynamics and the Unity of Knowledge
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