Looking for a book to understand physics theories

AI Thread Summary
The discussion centers around the search for a comprehensive book that explores current theories of physics and their fundamental interactions, aiming to provide a clear overview rather than a compartmentalized approach. The original poster, who has a Master's degree in Physics, expresses a desire to understand how various theories interconnect before pursuing a PhD. Suggestions from other users include "A Unified Grand Tour of Theoretical Physics" by Lawrie, "100 Years of Fundamental Theoretical Physics in the Palm of Your Hand" by Manoukian, and several works by Walecka and Weinberg. The conversation highlights the challenge of finding a resource that encapsulates the relationships between different theories and their associated forces, addressing a gap in traditional physics education.
The Moon Gauge
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Hi,
I am looking for a book exploring the current theories of physics and their fundamental interactions. As we know, each fundamental theory is associated to a specific interaction. I wish to explore this tree of theories and see their links.
Thank you
 
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From your other threads, I think you already have a Master's degree in Physics and are applying to PhD programs now, right? What books have you found so far that fit this request?
 
So far I have not found such a book. I studied each branch of theoretical physics and the fundamental interactions in a quite compartmentalized way. I had a module on subatomic physics with one professor, another module in quantum physics with a different professor and some classes in optics (which theory is covering this area by the way?). So, didn't get the chance to get the bigger picture and I would like to have a clear perspective on these various theories before starting in academia.
 
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The Moon Gauge said:
So far I have not found such a book. I studied each branch of theoretical physics and the fundamental interactions in a quite compartmentalized way. I had a module on subatomic physics with one professor, another module in quantum physics with a different professor and some classes in optics (which theory is covering this area by the way?). So, didn't get the chance to get the bigger picture and I would like to have a clear perspective on these various theories before starting in academia.
With a degree in physics and the great resources of the Internet at your disposal, how can you be so helplessly confused?
 
Yes that can sound paradoxical but as a mentionned everything was taught in a compartmentalized way. Also, it is precisely because there are so many different resources online that I posted in this forum to ask about such a "reference book".
 
The Moon Gauge said:
Yes that can sound paradoxical but as a mentionned everything was taught in a compartmentalized way. Also, it is precisely because there are so many different resources online that I posted in this forum to ask about such a "reference book".
There's always Griffiths Introduction to Elementary Particles?

https://onlinelibrary.wiley.com/doi/book/10.1002/9783527618460

That's a standard textbook.
 
Thank you for this suggestion. From what I have seen it is more of a typical physics book focusing on particles physics. I was more looking for a book containing an overview of the tree linking all current theories in physics with their fundamental interactions rather than exploring one specific branch on physics.
 
The Moon Gauge said:
I was more looking for a book containing an overview of the tree linking all current theories in physics with their fundamental interactions
What does that even mean? There's the map of physics:

 
What about "A Unified Grand Tour of Theoretical Physics" by Lawrie?
 
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Thank you George, that's the kind of book I am looking for:partytime:
You are right PeroK, I have not made myself clear enough perhaps. Basically, I am looking for the map of physics (more fundamental than theoretical) but in a book describing all the fundamental theories/sub-theories and their associated forces...For instance, quantum chromodynamics is one theory describing the strong interaction. I would like the book to explain this and to detail where does quantum chromodynamics stands with respects to quantum physics. Basically all the stuff that we don't learn in details during a physics degree.
 
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Thank you caz & Demystifier 👏
 
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