Recent content by guiablo
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Classical Which book should I buy to understand Maxwell's Equations deeply
Done, I get it, Jackson will be, I thought it was some type of techical term. Well I am quite an ambitious person soo, I'll check Griffith's in the library but i think I'm going to keep with Jackson's ty- guiablo
- Post #12
- Forum: Science and Math Textbooks
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Classical Which book should I buy to understand Maxwell's Equations deeply
Well it seems I'll go for Jackson's one then, and I'll try to get Schwartz as well in the future, thanks a lot. P.d. anyone know Inteoduction to Electrodynamics by David J.Griffiths? Any thought?- guiablo
- Post #10
- Forum: Science and Math Textbooks
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Classical Which book should I buy to understand Maxwell's Equations deeply
I don't really know what you mean by QFT, I'm not english so maybe it's an abreviation i haven't used, can someone translate it for a poor boy like me, tyy.- guiablo
- Post #9
- Forum: Science and Math Textbooks
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Classical Which book should I buy to understand Maxwell's Equations deeply
I've already done Maxwell's equations in class but I would like another point of view, and to have a physical reference to check anytime I have a doubt, so I would like a quite high lvl electrodymacis book but that does not focus only in concrete subjects, I mean a book that covers al the...- guiablo
- Thread
- Book Maxwell's equations
- Replies: 13
- Forum: Science and Math Textbooks
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How can I become a better problem solver in physics as a second-year student?
I'm studying physics, I'm finishing 2nd year and I have lots of questions i will be posting, hope you enjoy answering some of them, thank you. P.d. ill try to answer some aswell, see ya- guiablo
- Thread
- Replies: 1
- Forum: New Member Introductions
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Electrodynamics, Curl of P and D
I know this is valid always, but i would like to know if we can have the curl of D or P in an expresion that doesn't depend on the other one- guiablo
- Post #2
- Forum: Electromagnetism
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Electrodynamics, Curl of P and D
I know that in statics curl of P=curl of D, since the variation of B in time = 0, and I also know that for linear mediums those curls are 0, but I don't know why, and I don't know if there is any expresion always valid. I would like to know where this curl comes from like I know where the curl...- guiablo
- Thread
- Curl Electrodynamics
- Replies: 1
- Forum: Electromagnetism