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I propose that all serious book covers should be black with gray letters.vanhees71 said:Hm, isn't there too much color for a serious pure mathbook on it?
I propose that all serious book covers should be black with gray letters.vanhees71 said:Hm, isn't there too much color for a serious pure mathbook on it?
:-Dvanhees71 said:Yeah, and in pure-math books there must be no nice or even colored figures not to distract the reader from the serious business. Also should the mathematical axioms, definitions, propositions, lemmas, theorems, and proofs be presented in as boring a fashion as possible. Then it is completely anti-intellectual to introduce notations like arrows above vectors and the like. All this is only for stupid physicists not the advanced mathematician! The prime examples must be the texts written by Bourbaki and its members.
Well, when I studied, I took a lot of math lectures with the mathematicians, and for them it was utmost a sin to use such mnemonics. All symbols were written in plain symbols, no matter what it was. Already in the Linear Algebra lecture it was quite unusual for us physicists. So when I did my problems, I first wrote it in the physicists' notation with all ornaments around the symbols to understand what I'm calculating. Then I translated the result into the mathematicians' notation.MathematicalPhysicist said::-D
They write in a bold font vectors, also some physicists write without arrows.
That is the evilest thing I can ever imagine.Greg Bernhardt said:On the flip side, here is an example of a cover I don't like. It really stresses me out just looking it!
https://www.amazon.com/dp/0076774767/?tag=pfamazon01-20
I wonder if it says anything on the difficulty of the problems in this textbook?lekh2003 said:That is the evilest thing I can ever imagine.
I think my statement is a blanket statement on both the contents and cruel wrapping of the contents.MathematicalPhysicist said:I wonder if it says anything on the difficulty of the problems in this textbook?
Jozape said:An Introduction to Error Analysis: The Studies of Uncertainties in Physical Measurement
by John R. Taylor
https://www.amazon.com/dp/093570275X/?tag=pfamazon01-20
Demystifier, I used the 4th one down at uni (red leather look with silver lettering) in the 70's so I would have to say any of the others.Demystifier said:@Laurie K that's an interesting evolution of the design, but which of those is supposed to be nice?
How come you have not taken part in some of the interpretation threads?CJ2116 said:View attachment 259408
Not only is this one of the coolest covers on any of textbooks I have, it is also the best book on classical mechanics that I have ever read!
Do you have a link to a few of them?pinball1970 said:How come you have not taken part in some of the interpretation threads?
I just now seen your post.vanhees71 said:Well, when I studied, I took a lot of math lectures with the mathematicians, and for them it was utmost a sin to use such mnemonics. All symbols were written in plain symbols, no matter what it was. Already in the Linear Algebra lecture it was quite unusual for us physicists. So when I did my problems, I first wrote it in the physicists' notation with all ornaments around the symbols to understand what I'm calculating. Then I translated the result into the mathematicians' notation.
The most awful thing with this respect was that in Hilbert-spaces they uses almost the Dirac notation (of course with round parantheses instead of left and right wedges), but they made the first argument of the scalar product linear and the 2nd one semilinear, which of course immediately obsoletes the almost ingenious automatism getting things right with the Dirac notation ;-)).
Of course, for the mathematicians the physicists' way to (over)simplify things must be also odd. My functional-analysis professor once stated that physicists come away with that almost always only, because the separable Hilbert space is allmost like a finite-dimensional complex vector space, but only almost, and that's why sometimes you have debates about eigenvectors of the position or momentum operator and the like, which simply lead to nonsense since a distribution is a distribution and not a function ;-)).
I'm not a physicist so I am out of depth on this.CJ2116 said:Do you have a link to a few of them?
To be honest, I'm not sure that I would have much (if anything) intelligent to contribute to the discussions, but I do really enjoy reading what other people have to say!
This oneCJ2116 said:Do you have a link to a few of them?
To be honest, I'm not sure that I would have much (if anything) intelligent to contribute to the discussions, but I do really enjoy reading what other people have to say!