Statistical Physics: Discovering Condensed Matter & Solid State

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Discussion Overview

The discussion revolves around the exploration of statistical physics and its implications for further study in related fields such as condensed matter and solid state physics. Participants express interest in the connections between statistical mechanics and various applications, including phase transitions and critical phenomena.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant expresses enjoyment in studying statistical physics and inquires about its applications, specifically in condensed matter and solid state physics.
  • Another participant suggests that studying statistical physics can lead to understanding phase transitions and critical phenomena, which are significant in condensed matter physics.
  • A recommendation is made for introductory texts on statistical mechanics and percolation theory, indicating these resources can help introduce the concepts without heavy mathematics.
  • It is noted that a solid understanding of quantum mechanics and electromagnetism is essential for pursuing condensed matter physics.
  • Additional fields such as biophysics and polymer physics are mentioned as potential areas of study stemming from statistical physics.

Areas of Agreement / Disagreement

Participants generally agree on the relevance of statistical physics to condensed matter and solid state physics, but multiple views on specific areas of application and necessary background knowledge remain present.

Contextual Notes

Some assumptions about prior knowledge in quantum mechanics and electromagnetism are implied but not explicitly stated. The discussion does not resolve the extent to which statistical physics can be applied to various fields.

Who May Find This Useful

Individuals interested in statistical physics, condensed matter physics, solid state physics, and related interdisciplinary fields may find this discussion beneficial.

theFuture
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Lately I've been reading a lot of statistical physics and I really enjoy it. I was curious what sorts of physics more study in this area would lead me to. Condensded matter? Solid state?
 
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You can now start to study the wonderful world of phase transitions and critical phenomena. Much of this comes under condensed matter physics, but it extends far beyond.

You should check out something like "Statistical mechanics of Phase Transitions" by J.M. Yeomans. This is a good introductory text. It is also common to begin studying statistical physics through percolation theory as this introduces the methods and ideas without as much of the complicated mathematics. An excellent and highly recommended text is "Introduction to percolation theory" by Stauffer and Aharony. For more advanced stuff on condensed matter in general there is "Principles of condensed matter physics" by Chaikin and Lubensky which is one of the all-time classic texts of the field.

Out of interest, what statistical mechanics books have you been reading?

Matt
 
theFuture said:
Lately I've been reading a lot of statistical physics and I really enjoy it. I was curious what sorts of physics more study in this area would lead me to. Condensded matter? Solid state?

Yes, but you could also do stuff like bio-physics, polymer physics, etc. Also keep in mind that you can't do very much of condensed matter physics without an good understanding of quantum mechanics and electromagnetism.
 

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