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So I really want to get good at mathematical physics. Below is a list of books I could get from various libraries, but I don't know which one's I should start with and which to do next and so on. I currently understand intro CM, EM, and QM. My math skills are very basic (ODES as of now). I thank you for your time.

Mathematical Physics :

1) Mathematical methods for physics and engineering - Riley, Hobson
2) Math methods in physics and engineering with Mathematica - F. Cap
3) Applied Mathematical Methods in Theoretical Physics - Masujima M.
4) A Guided Tour of Mathematical Physics - Roel Snieder
5) A Course in Modern Mathematical Physics - Groups, Hilbert
6) Equations of Mathematical Physics - Bitsadze A.V.
7) Mathematical Tools for Physics - J. Nearing
8) Mathematical Methods for Physicists - a Concise Introduction - T. Chow
9) The Fourier Transform And Its Applications - Bracewell
10) Calculus Of Variations With Applications To Physics & Engineering - R. Weinstock
11) Determinants and their applications in mathematical physics - Vein R., Dale P.
12) Geometry, Topology and Physics - M.Nakahara
13) Introduction to Groups, Invariants and Particles - F. Kirk
14) Differential Geometry - Analysis and Physics - J. Lee
15) Topology & Geometry in Physics - Steffen
16) Topology and Geometry for Physicists - C. Nash, S. Sen
17) Twistor Geometry, Supersymmetric Field Theories in Supertring Theory - C. Samann
18) Modern Differential Geometry for Physicists 2nd ed., - C. Isham
19) Mathematical Methods of Classical Mechanics, 2nd ed. - V.I. Arnold
20) Nonlinear Physics with Mathematica for Scientists and Engineers - R. Ennis, G. McGuire
21) Chaos - Classical and Quantum - P. Civitanovic
22) Chaos and Structures in Geophysics and Astrophysics - Provenzale & Balmforth
23) From calculus to chaos - Acheson
24) Mathematical topics between classical and quantum mechanics - Landsman N.P.
25) Methods of Modern Mathematical Physics Vol 1 - Functional Analysis 2nd. ed. - M. Reed
26) Methods of Modern Mathematical Physics Vol 2 - Fourier Analysis, Self Adjointness -2nd ed., - M. Reed
27) Methods of Modern Mathematical Physics Vol 3 - Scattering Theory - M. Reed
28) Methods of Modern Mathematical Physics Vol 4 - Analysis of Operators - M. Reed
29) Numerical Quantum Dynamics - W. Schweizer
30) Quantum Geometry - A Statistical Field Theory Approach - Ambje, Durhuus B., Jonsson T
31) Supersymmetric methods in quantum and statistical physics - Junker G.
32) Path integrals and their applications in quantum, statistical, and solid state physics - Papadopoulos , J. T. Devreese
33) Path Integrals in Physics Volume 1 Stochastic Process & Quantum Mechanics - M. Chaichian, A. Demichev
34) Path integrals in physics, vol.2. QFT, statistical physics and modern applications - Chaichian M., Demichev A.

also, feel free to modify the list in any way. I hope to dedicate two solid years on the subject, and at the end, be able to look at any physics branch and undertand the math behind it (even string theory).
-aLearner
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 Quote by aLearner I hope to dedicate two solid years on the subject, and at the end, be able to look at any physics branch and undertand the math behind it (even string theory).
You should realize that this is not possible in two years (or ever). So don't feel disappointed if you don't meet your goals in the end.
 You have to be patient to learn physics. It won't happen overnight, so don't rush it. It always feels like you don't know enough and that will never go away, so you should just accept it. Haste makes waste. You don't want to spend too much time dwelling on things, either, but if you go too fast, it won't hang together and you'll be wasting your time.

 Quote by aLearner So I really want to get good at mathematical physics. Below is a list of books I could get from various libraries, but I don't know which one's I should start with and which to do next and so on. I currently understand intro CM, EM, and QM. My math skills are very basic (ODES as of now). I thank you for your time. Mathematical Physics : 1) Mathematical methods for physics and engineering - Riley, Hobson 2) Math methods in physics and engineering with Mathematica - F. Cap 3) Applied Mathematical Methods in Theoretical Physics - Masujima M. 4) A Guided Tour of Mathematical Physics - Roel Snieder 5) A Course in Modern Mathematical Physics - Groups, Hilbert 6) Equations of Mathematical Physics - Bitsadze A.V. 7) Mathematical Tools for Physics - J. Nearing 8) Mathematical Methods for Physicists - a Concise Introduction - T. Chow 9) The Fourier Transform And Its Applications - Bracewell 10) Calculus Of Variations With Applications To Physics & Engineering - R. Weinstock 11) Determinants and their applications in mathematical physics - Vein R., Dale P. 12) Geometry, Topology and Physics - M.Nakahara 13) Introduction to Groups, Invariants and Particles - F. Kirk 14) Differential Geometry - Analysis and Physics - J. Lee 15) Topology & Geometry in Physics - Steffen 16) Topology and Geometry for Physicists - C. Nash, S. Sen 17) Twistor Geometry, Supersymmetric Field Theories in Supertring Theory - C. Samann 18) Modern Differential Geometry for Physicists 2nd ed., - C. Isham 19) Mathematical Methods of Classical Mechanics, 2nd ed. - V.I. Arnold 20) Nonlinear Physics with Mathematica for Scientists and Engineers - R. Ennis, G. McGuire 21) Chaos - Classical and Quantum - P. Civitanovic 22) Chaos and Structures in Geophysics and Astrophysics - Provenzale & Balmforth 23) From calculus to chaos - Acheson 24) Mathematical topics between classical and quantum mechanics - Landsman N.P. 25) Methods of Modern Mathematical Physics Vol 1 - Functional Analysis 2nd. ed. - M. Reed 26) Methods of Modern Mathematical Physics Vol 2 - Fourier Analysis, Self Adjointness -2nd ed., - M. Reed 27) Methods of Modern Mathematical Physics Vol 3 - Scattering Theory - M. Reed 28) Methods of Modern Mathematical Physics Vol 4 - Analysis of Operators - M. Reed 29) Numerical Quantum Dynamics - W. Schweizer 30) Quantum Geometry - A Statistical Field Theory Approach - Ambje, Durhuus B., Jonsson T 31) Supersymmetric methods in quantum and statistical physics - Junker G. 32) Path integrals and their applications in quantum, statistical, and solid state physics - Papadopoulos , J. T. Devreese 33) Path Integrals in Physics Volume 1 Stochastic Process & Quantum Mechanics - M. Chaichian, A. Demichev 34) Path integrals in physics, vol.2. QFT, statistical physics and modern applications - Chaichian M., Demichev A. also, feel free to modify the list in any way. I hope to dedicate two solid years on the subject, and at the end, be able to look at any physics branch and undertand the math behind it (even string theory). -aLearner
The books I have bolded are all excellent books IMO. Your book selection seems to be great already! I think Sneider is an ideal start as he reviews all calculus and Lin Alg concepts and then makes connections to physics. Also check out Mathematical Methods for Physical Sciences - Mary Boas. Another excellent resource. Maybe you can use Sneider and Boas in conjuction! Take heed however, go slowly and thoroughly; as micromass has suggested, 2 years seems too ambitious. Don't rush through it just because you need to meet the deadline.

Good Luck!

SolsticeFire

Blog Entries: 1
 Quote by micromass You should realize that this is not possible in two years (or ever). So don't feel disappointed if you don't meet your goals in the end.
 Quote by homeomorphic You have to be patient to learn physics. It won't happen overnight, so don't rush it. It always feels like you don't know enough and that will never go away, so you should just accept it. Haste makes waste. You don't want to spend too much time dwelling on things, either, but if you go too fast, it won't hang together and you'll be wasting your time.
 Quote by SolsticeFire The books I have bolded are all excellent books IMO. Your book selection seems to be great already! I think Sneider is an ideal start as he reviews all calculus and Lin Alg concepts and then makes connections to physics. Also check out Mathematical Methods for Physical Sciences - Mary Boas. Another excellent resource. Maybe you can use Sneider and Boas in conjuction! Take heed however, go slowly and thoroughly; as micromass has suggested, 2 years seems too ambitious. Don't rush through it just because you need to meet the deadline. Good Luck! SolsticeFire
micromass, homeomorphic, and solstice, thank you for the advice. And thanks for the organizational list solstice fire. Yes, I do have Mary Baos' Mathematical Methods ! How could I not after Taylor brags about it in his book a lot! But anyway, I think thread got me my answers, see you all in another webpage!
-Thanks again
 Recognitions: Gold Member I like very much the book "Mathematical methods of Physics" by Mathews and Walker. I also second the suggestion that Solsticefire made about Boas' book. In fact starting with Boas' book and then moving further would be a good way to go.