Books (not textbooks) for introduction to subjects

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Discussion Overview

The discussion revolves around recommendations for non-textbook books that provide an introduction to various fields of physics, specifically excluding medical physics and astrophysics. Participants are seeking engaging and accessible literature to help them explore potential areas of interest in their physics degree.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant expresses a desire for "popular science" books on solid state and computational physics, avoiding textbooks due to their perceived lack of motivation and complexity.
  • Another participant recommends Feynman's "QED" as a short and educational read, suggesting it might fit the request for accessible literature.
  • Some participants propose exploring practical experiences, such as Arduino kits, as an alternative to reading, arguing that hands-on projects could be more engaging than popular science books.
  • Several participants mention the "Very Short Introduction" series as a potential resource, highlighting specific titles like Superconductivity and Physical Chemistry that may align with the original request.
  • Biographies are suggested by some as a way to gain qualitative insights into various fields, although the technical content may be minimal.

Areas of Agreement / Disagreement

Participants generally agree on the value of accessible literature and practical experiences, but there is no consensus on the best approach or specific recommendations. Some prefer reading while others advocate for hands-on projects.

Contextual Notes

Participants have varying levels of familiarity with the English language and educational systems, which may influence the relevance of certain book recommendations.

Who May Find This Useful

Students in physics or related fields seeking introductory literature that is engaging and not overly technical, as well as those interested in practical applications of physics concepts.

LittleMrsMonkey
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I want to read some books on the major different fields(solid state,computational and any other except from medical physics and the astro,theoretical,cosmo stuff) in order to get a feel for what I might want to pursue later on my degree.I don't want it to be a textbook as you might agree textbooks aren't very motivating.And I won't properly understand the math.
I guess I am asking if you know of any good "popular science"-y books on the fields other than the astro stuff.Or maybe very sort and very soft introductory textbooks.
I sense someone might suggest to consult with professors and so on.Noted.So please don't.
Backround:I am going into my second year of a physics degree.My curriculum doesn't have a proper introduction to modern fields until the 3rd year.I am not in an English speaking language,so please don't make suggestions specific to the US college system or something like that.
 
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Have you read Feynman's "QED"? It's very short and sweet, an easy read, but also very educational.
 
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In lieu of books have you looked at things like Arduino kits? You can get some practical experience programming micro-controllers while using it to build projects. Seems like a more interesting way to look at something than reading pop science.
 
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Dishsoap said:
Have you read Feynman's "QED"? It's very short and sweet, an easy read, but also very educational.
I will now.I started going through the Feynman Lectures but decided to leave it for after I graduate.Thank you.
 
Student100 said:
In lieu of books have you looked at things like Arduino kits? You can get some practical experience programming micro-controllers while using it to build projects. Seems like a more interesting way to look at something than reading pop science.
I am trying to learn as much coding as I can,but I'm not interested in electronics.
 
LittleMrsMonkey said:
I am trying to learn as much coding as I can,but I'm not interested in electronics.

Neither am I but coding for an Arduino teaches you a whole different kind of programming than pure computational stuff. The electronics part is really easy, foolproof even.
 
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Dishsoap said:
Neither am I but coding for an Arduino teaches you a whole different kind of programming than pure computational stuff. The electronics part is really easy, foolproof even.
I'll look into it then,thanks.
 
I have been looking for something like that. The closest things I found are:

1. The Very Short Introduction series of books. Superconductivity, Physical Chemistry, perhaps Materials, Chaos and a few others might fit your criteria.
2. Biographies. They usually contain general, qualitative descriptions of relevant fields. Only if you enjoy reading them anyway - the technical content is just a background.
 
Independent said:
I have been looking for something like that. The closest things I found are:

1. The Very Short Introduction series of books. Superconductivity, Physical Chemistry, perhaps Materials, Chaos and a few others might fit your criteria.
2. Biographies. They usually contain general, qualitative descriptions of relevant fields. Only if you enjoy reading them anyway - the technical content is just a background.
Excellent.I will definitely read up on many of the Very Short Introductions.I read Atkins's one on Thermodynamics earlier this year and forgotten about it.
 

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