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From Ecosystems To Facebook, From The Internet To The Global Financial Market, Some Of The Most Important And Familiar Natural Systems And Social Phenomena Are Based On A Networked Structure. It Is Impossible To Understand The Spread Of An Epidemic, A Computer Virus, Large-scale Blackouts, Or Massive Extinctions Without Taking Into Account The Network Structure That Underlies All These Phenomena. In This Very Short Introduction, Guido Caldarelli And Michele Catanzaro Discuss The Nature And Variety Of Networks, Using Everyday Examples From Society, Technology, Nature, And History To Explain And Understand The Science Of Network Theory. They Show The Ubiquitous Role Of Networks; How Networks Self-organize; Why The Rich Get Richer; And How Networks Can Spontaneously Collapse. They Conclude By Highlighting How The Findings Of Complex Network Theory Have Very Wide And Important Applications In Genetics, Ecology, Communications, Economics, And Sociology.about The Series: The Very Short Introductions Series From Oxford University Press Contains Hundreds Of Titles In Almost Every Subject Area. These Pocket-sized Books Are The Perfect Way To Get Ahead In A New Subject Quickly. Our Expert Authors Combine Facts, Analysis, Perspective, New Ideas, And Enthusiasm To Make Interesting And Challenging Topics Highly Readable.
This book investigates the fundamental principles of network theory and how networked structures govern diverse phenomena across nature, technology, and society. Authors Guido Caldarelli and Michele Catanzaro, both experts in complex systems, utilize empirical data and historical case studies to explain how networks form, evolve, and occasionally collapse. They present a framework for understanding connectivity that bridges the gap between abstract mathematical models and observable real-world systems.
What You Will Find
Scope Limits
Experts recognize this text as a highly accessible entry point for students and laypeople interested in complex systems. Readers frequently note that the prose maintains academic rigor while remaining concise enough for a quick overview of the field.
Page Count:
0
Publication Date:
1900-01-01
ISBN-10:
019164272X
ISBN-13:
9780191642722
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