Solid state physics and chemistry

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SUMMARY

Solid state physics requires a strong understanding of molecular theory, particularly the properties of electron states in multi-proton atoms and molecular orbitals. For qualitative insights, freshman chemistry textbooks such as Brady or Tro are recommended, while Young & Freedman's physics textbook offers a physics-centric perspective. For a quantitative approach, Griffiths' "Introduction to Quantum Mechanics" is essential, as it covers atomic orbital theory comprehensively. Additionally, exploring computational chemistry literature may provide further insights into the subject.

PREREQUISITES
  • Understanding of molecular orbital theory
  • Familiarity with atomic orbital theory
  • Basic knowledge of quantum mechanics
  • Experience with computational chemistry concepts
NEXT STEPS
  • Study Griffiths' "Introduction to Quantum Mechanics" for a quantitative foundation
  • Explore computational chemistry resources for advanced applications
  • Review Young & Freedman's physics textbook for a solid state physics perspective
  • Investigate qualitative theories in freshman chemistry textbooks like Brady or Tro
USEFUL FOR

Students and professionals in solid state physics, chemists seeking a physics-oriented understanding of molecular theory, and anyone interested in the quantitative aspects of atomic and molecular structures.

go quantum!
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As solid state physics studies the structure of materials, it is often important to study and to understand molecular theory. This means that you should, for instance, know very well the properties of the states of electrons in atoms with more than one proton in the nucleous. You should also know molecular orbitals theory. Is there a book from which we can learn that? I mean a book which talks about the subject from the point of view of a physicist not a chemist.
 
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Do you want qualitative or quantitative theory?
 
I would say quantitative... but if it is too cumbersome in terms of calculation... let's try qualitative.
 
Any freshman chemistry textbook (ex. Brady or Tro) will give you a qualitative overview of atomic orbital theory and molecular orbital theory. However, a physics freshman book like Young & Freedman will also provide this.

For quantitative introduction, quantum mechanics is needed, and I recommend Griffiths "Introduction to quantum mechanics" which covers atomic orbital theory.

But really what you are asking for might be a book on computational chemistry.
 

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