Recent content by omidaut

  1. omidaut

    Advanced quantum mechanics book with solutions

    Is there any solution manual for Schwabl's Advanced QM?
  2. omidaut

    Advanced quantum mechanics book with solutions

    As I said, I need a book with many problems and solutions. Non of these books seems to satisfy me :(
  3. omidaut

    Advanced quantum mechanics book with solutions

    Thanks for your comment, but, which of these books is your recommendation? I tried to understand, but I failed!
  4. omidaut

    Advanced quantum mechanics book with solutions

    Hi there! Can you please introduce me some books on advanced quantum mechanics which has solutions for its exercises. Of course, I know Shankar and Sakuraii, but, I mean something more advanced which covers these topics: (Scattering, Dirac Fields, Group Representations, Relativistic Quantum...
  5. omidaut

    Representation of Dirac Spinors

    Here is the question and its solution. http://imgur.com/a/Uhg6y
  6. omidaut

    Representation of Dirac Spinors

    Hi there, I have a question with its answer, but, still I don't understand it. Can anybody help me in explaining it? Thanks.
  7. omidaut

    Quantum Contextuality: Learn with Books & Articles

    Thanks for your reply. You are right. I am a master student in physics and I know Hilbert spaces and some mathematical knowledges needed for QM. BTW, what is the exact name of your mentioned book?
  8. omidaut

    Quantum Contextuality: Learn with Books & Articles

    Is there anybody who can help me in introducing some chapters of books or maybe some articles that teaches Quantum contextuality and its mathematical formalism in an understandable format? thanks.
  9. omidaut

    Understanding Faithful Measurement in Quantum Mechanics

    thanks for your reply. but again I cannot understand the exact definition of faithful measurement :/
  10. omidaut

    Understanding Faithful Measurement in Quantum Mechanics

    What is ''faithful measurement'' in Quantum Mechanics exactly. I have seen this expression in Kochen-Specker Theorem.
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