Standard Ref. for basic subjests in BSc in Physics

[Sound Of Wisdom]

General Physics: Halliday, Feynman
Classical Mechanics: Gregory, Kibble, Goldstain, Landau
Waves: Main, Pain, Coulson, French
ElectroMagnetism: Reitz, Griffths, Jackson, Schwinger
Optics: Born, Hecht
Relativity: Resnick, French, Russer, Wheeler
Quantum Mechanics: Merzbacher, Gasiorowicz, Griffiths, Liboff, Heisenberg, Sakurai, Shankar, Schiff, Rae, Messiah
Thermal & Statistical Mechanics: Blundell, Reif, Huang, Feynman
Solid State: Kittel, Ashcroft
Nuclear & Particle Physics: Martin,Griffiths, Krane, Lilley, Perkins, Born
Mathematical Physics: Riley, Arfken

For QFT "not elementary subject in BSc level but for me it's":Peskin, Weinberg, Huang, Ryder
I think most of us're knowing how to get them

 

[CompuChip]

Don't forget Young & Freedmans "University physics" :)

 

[charng]

I would like to provide my response to the list of standard references for basic subjects in BSc in Physics. It is important to note that this list is not exhaustive and there may be other equally valuable references available.

For General Physics, Halliday and Feynman are excellent choices as they provide a solid foundation in the fundamental principles and concepts of physics.

For Classical Mechanics, Gregory, Kibble, Goldstain, and Landau are all well-respected authors with in-depth coverage of the subject.

In the field of Waves, Main, Pain, Coulson, and French are all reputable sources that cover topics such as wave phenomena, propagation, and interference.

For ElectroMagnetism, Reitz, Griffths, Jackson, and Schwinger are all highly regarded references that cover topics such as electromagnetism, electromagnetic waves, and Maxwell's equations.

In the field of Optics, Born and Hecht are both excellent choices for understanding the principles of light and its behavior.

For Relativity, Resnick, French, Russer, and Wheeler are all respected authors that cover topics such as special and general relativity.

In Quantum Mechanics, Merzbacher, Gasiorowicz, Griffiths, Liboff, Heisenberg, Sakurai, Shankar, Schiff, Rae, and Messiah are all valuable references that cover the fundamental principles and applications of quantum mechanics.

For Thermal and Statistical Mechanics, Blundell, Reif, Huang, and Feynman are all highly recommended sources for understanding the laws and principles governing the behavior of matter at the macroscopic level.

In Solid State Physics, Kittel and Ashcroft are both excellent choices for understanding the properties and behavior of solids.

For Nuclear and Particle Physics, Martin, Griffiths, Krane, Lilley, Perkins, and Born are all renowned authors that cover topics such as nuclear structure, particle interactions, and nuclear reactions.

In Mathematical Physics, Riley and Arfken are both valuable references for understanding the mathematical tools and techniques used in physics.

For QFT, Peskin, Weinberg, Huang, and Ryder are all highly recommended sources for understanding the fundamental principles of quantum field theory. However, it is important to note that this is not an elementary subject at the BSc level and may require a more advanced understanding of physics.

Overall, this list provides a solid foundation in the basic subjects of BSc in Physics. However, it is always important to keep in mind that there may be other