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chow_dhury
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- TL;DR Summary
- Why is it called "condensed" matter physics?
What exactly is condensed here?
Doesn’t answer the question. Why condensed? What is condensed?Baluncore said:Welcome to PF.
The name "condensed matter physics" emphasized the commonality of scientific problems encountered by physicists working on solids, liquids, plasmas, and other complex matter, whereas "solid state physics" was often associated with restricted industrial applications of metals and semiconductors.
https://en.wikipedia.org/wiki/Condensed_matter_physics#Etymology
Matter.chow_dhury said:Doesn’t answer the question. Why condensed? What is condensed?
There are forces between the molecules, so yes it is.Delta2 said:So say, fluid dynamics is part of condensed matter physics?
hm let us clarify something, condensed matter physics look what happens in the molecular/atomic level or they describe it macroscopically like for example with Navier-Stokes equations?Baluncore said:There are forces between the molecules, so yes it is.
I would say that it includes the macroscopic physical properties that influence flow, but not flow itself. It is not a well demarcated border.Delta2 said:hm let us clarify something, condensed matter physics look what happens in the molecular/atomic level or they describe it macroscopically like for example with Navier-Stokes equations?
So you saying that condensed matter physics can study properties like viscosity or density or pressure of a fluid but don't study how these properties influence the flow of a fluid?caz said:I would say that it includes the macroscopic physical properties that influence flow, but not flow itself. It is not a well demarcated border.
There is overlap, so it is a question of how one chooses to characterize the problem. It is not a clear boundary.Delta2 said:So you saying that condensed matter physics can study properties like viscosity or density or pressure of a fluid but don't study how these properties influence the flow of a fluid?
This is simply a matter of history, not of rigid definition. It's nebulous and you're going to have to be comfortable with that. Fluid mechanics developed into its own domain, with its own tradition, so if you take a course or read a book on "condensed matter" it's not going to cover it. Same with thermodynamics, skipped, even though concepts from thermo and statistical mechanics are required to understand a lot of condensed matter.Delta2 said:So you saying that condensed matter physics can study properties like viscosity or density or pressure of a fluid but don't study how these properties influence the flow of a fluid?
What does a typical course (or a typical book) on condensed matter covers? I am a mathematician and though there were many optional courses from the physics department during my undergraduate studies, I think I remember one with the name "Physics of Solid State" (direct translation from Greek) , -though I didn't take it- but none with Physics of Condensed matter.crashcat said:so if you take a course or read a book on "condensed matter"
I don't think so. The physical chemistry books I have don't cover the topics of condensed matter physics.Baluncore said:It seems to me that a physicist's "condensed matter", is a chemist's "physical chemistry".
Then you need to look at some other books. I agree, it is not a perfect 1:1 mapping.DrClaude said:The physical chemistry books I have don't cover the topics of condensed matter physics.
I see Chemical Physics in there, not physical chemistry (which is not the same thing).Baluncore said:Then you need to look at some other books. I agree, it is not a perfect 1:1 mapping.
Look at the Condensed Matter volume of the - Encyclopedia of Physical Science and Technology - Elsevier (2001)
That book is subtitled: "Thermodynamics and Kinetics". It is a textbook for a restricted syllabus course, not a survey of the greater Physical Chemistry field.DrClaude said:One of the most popular textbook in physical chemistry is Atkins'.
The main focus of Atkins' popular textbook in physical chemistry is to provide a comprehensive and rigorous understanding of the fundamental principles and concepts of physical chemistry. It covers topics such as thermodynamics, kinetics, quantum mechanics, and spectroscopy.
Atkins' textbook uses a combination of theoretical explanations, real-world examples, and practice problems to help students develop a deep understanding of physical chemistry. It also includes visual aids, such as diagrams and illustrations, to aid in the learning process.
Atkins' textbook is suitable for students at all levels, including beginners. It starts with the basic concepts and gradually builds upon them, making it accessible to those with little to no prior knowledge of physical chemistry.
Yes, Atkins' textbook includes the latest research and developments in the field of physical chemistry. It also discusses the applications of physical chemistry in various industries, such as materials science, environmental science, and biochemistry.
Atkins' textbook can be used for both self-study and as a supplement to a course. It is designed to be self-contained, with clear explanations and numerous practice problems, making it a valuable resource for independent learning. However, it can also be used in conjunction with a course to reinforce concepts and provide additional practice.