- #1
xmavidis
- 24
- 0
I am going to take GRE physics next October (or November). From what someone should begin with?
Are the 1st year textbooks (like Serway's) useful, or one should study all the stuff from the advanced undergraduate texts (Griffiths' e/m, Goldstein's classical mech., Shankar's quantum mech., etc)?
And the last question...
I am an material science student. Could this be a disadvantage to my applications to physics and applied physics graduate schools? I have already pass e/m (from Griffiths), quantum mechanics (mainly from Shankar), optics (from Hecht), thermodynamics (From Atkins' physical chemistry), statistical mechanics , intro to condensed matter physics and intro to computational physics (notes) and the math: calculus I and II, complex calculus, probability theory, linear algebra, ODE and PDE. This semester I'll take classical mechanics (do I have actually time to prepare for it? :uhh:)
I'm doing research (already 6 months) on photonics and plasmonics (with 1 poster presentasion so far) and I want to do my phd on condensed matter physics.
Are the 1st year textbooks (like Serway's) useful, or one should study all the stuff from the advanced undergraduate texts (Griffiths' e/m, Goldstein's classical mech., Shankar's quantum mech., etc)?
And the last question...
I am an material science student. Could this be a disadvantage to my applications to physics and applied physics graduate schools? I have already pass e/m (from Griffiths), quantum mechanics (mainly from Shankar), optics (from Hecht), thermodynamics (From Atkins' physical chemistry), statistical mechanics , intro to condensed matter physics and intro to computational physics (notes) and the math: calculus I and II, complex calculus, probability theory, linear algebra, ODE and PDE. This semester I'll take classical mechanics (do I have actually time to prepare for it? :uhh:)
I'm doing research (already 6 months) on photonics and plasmonics (with 1 poster presentasion so far) and I want to do my phd on condensed matter physics.