Interested in learning quantum theory

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Discussion Overview

The discussion revolves around the interest in learning quantum theory and the necessary foundational knowledge required to understand it. Participants explore the distinction between learning about quantum theory versus learning the theory itself, emphasizing the importance of mathematical tools and systematic study.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • One participant expresses a desire for a crash course in quantum theory, seeking key phrases, words, and equations to study first.
  • Another participant questions the original poster's mathematical background and prior reading, suggesting that understanding quantum theory requires a solid foundation in mathematics.
  • A participant emphasizes the difference between learning about quantum theory through popular science literature and actually learning the theory, which necessitates mathematical proficiency and systematic study.
  • Another participant indicates a willingness to start from the basics and highlights the importance of an overview in mastering the subject.
  • Recommendations for resources include specific textbooks and video lectures aimed at providing foundational knowledge in quantum mechanics.
  • One participant notes that a background in classical mechanics, electromagnetism, and advanced mathematics is essential before tackling quantum mechanics.
  • A later reply acknowledges the provided recommendations as a good starting point for building knowledge.

Areas of Agreement / Disagreement

Participants generally agree on the necessity of a strong mathematical foundation and systematic learning to understand quantum theory, but there is no consensus on the specific approach or resources to begin with.

Contextual Notes

Limitations include varying levels of mathematical background among participants and differing opinions on the best resources and methods for learning quantum theory.

Who May Find This Useful

Individuals interested in learning quantum theory, particularly those seeking guidance on foundational knowledge and resources for study.

Jaco Viri
Hello I have an interest in assimilating new knowledge and would be most in debted if you could give me a possible crash course in the most used phrases, words and equations used in quantum therory and quantum mechanics so I can know what to study first in order to get a good grasp on the concepts of it, so that I may enjoy talking with you guys in detail and not looking like a complete imbecile while chatting..I thank you friends for any help in my quest to understand the concepts of this riveting science
 
Physics news on Phys.org
What is your mathematical background? And what have you already read?
 
Jaco Viri said:
Hello I have an interest in assimilating new knowledge and would be most in debted if you could give me a possible crash course in the most used phrases, words and equations used in quantum therory and quantum mechanics so I can know what to study first in order to get a good grasp on the concepts of it, so that I may enjoy talking with you guys in detail and not looking like a complete imbecile while chatting..I thank you friends for any help in my quest to understand the concepts of this riveting science

Do you want to learn quantum theory, or do you just want to learn ABOUT quantum theory? There is a big difference here.

You can learn ABOUT quantum theory by reading up stuff and reading pop-science books. However, you do not learn quantum theory that way. Quantum theory, and physics/science in general, isn't simply a set of disconnected information. A bunch of disconnected information isn't knowledge, it is "stamp-collecting".

To actually learn quantum theory, and physics in general, you need the mathematical tools, because that is the only language of physics that has an unambiguous and most accurate description. You also have to learn it systematically, and that means you have to put in the hard work from the very beginning and progress through the various complexity of the subject. This also means that you simply can't JUST learn quantum theory without learning other aspects of physics. This is because the ideas and knowledge from classical mechanics and E&M are carried over into quantum mechanics.

Zz.
 
I would love to get in depth and actually learn it from equations..but like anything you learn to get an overview of what to learn is essential in mastering something..I am willing to start from the beginning and work up..I have dedication to what I put my mind too
 
Jaco Viri said:
I would love to get in depth and actually learn it from equations..but like anything you learn to get an overview of what to learn is essential in mastering something..I am willing to start from the beginning and work up..I have dedication to what I put my mind too

Classical mechanics at the level of Kleppner and Kolenkow, E&M at the level of Purcell, and a year of math (differential equations, vector and multi-variable calculus, complex analysis and a bit of linear algebra) beyond elementary differential and integral calculus is pretty much the price of admission to quantum mechanics.
 
Thanks you have given me some basis to go on which is always a good place to build on
 

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