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Soft Matter Science Is Concerned With Soft Materials Such As Polymers, Colloids, Liquid Crystals, And Foams, And Has Emerged As A Rich Interdisciplinary Field Over The Last 30 Years. Drawing On Physics, Chemistry, Mathematics And Engineering, Soft Matter Links Fundamental Scientific Ideas To Everyday Phenomena. One Such Example Is 'polymers', Encountered In Plastic Materials And Melted Cheese, Which Illustrate How 'sliminess' Emerges From The Flow And Form Of Giant Molecules. This Very Short Introduction Delves Into The Field Of Soft Matter, Looking Beneath The Appearances Of Matter Into Its Inner Structure. Tom Mcleish Shows How Brownian Motion - The Random Local Motion Of Molecules That Gives Rise To 'heat' - Is An Underlying Principle Of Soft Matter. From Hair Conditioner To Honey, He Discusses How The Shared Physical Properties And Characteristics Of These Materials Influence The Way They Behave, And Their Industrial Applications. 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.
How do the microscopic structures of soft materials dictate their macroscopic physical properties and behaviors? Tom C. B. McLeish, a professor of natural philosophy, utilizes principles from physics, chemistry, and mathematics to explain the behavior of materials that exist between solid and liquid states. The text argues that understanding the random motion of molecules, specifically Brownian motion, provides a unified framework for analyzing substances ranging from polymers to biological tissues.
What You Will Find
Scope Limits
Experts recognize this text as an accessible entry point for students and laypeople interested in condensed matter physics. Readers frequently note the clarity of the prose in translating complex molecular interactions into understandable physical concepts.
Page Count:
144
Publication Date:
2020-01-01
Publisher:
Oxford University Press
ISBN-10:
0192533908
ISBN-13:
9780192533906
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