How to Teach Relativity to Your Dog

How to Teach Relativity to Your Dog

by Chad Orzel


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Product Details

ISBN-13: 9780465023318
Publisher: Basic Books
Publication date: 02/28/2012
Pages: 336
Sales rank: 310,052
Product dimensions: 5.56(w) x 8.52(h) x 0.92(d)
Age Range: 13 - 18 Years

About the Author

Chad Orzel received his BA in physics from Williams College, his Ph.D. in chemical physics from the University of Maryland, and his postdoctorate from Yale University. He maintains a regular blog, Uncertain Principles, and is author of How to Teach Physics to Your Dog. He is currently a professor at Union College in Schenectady, New York. He lives near campus with his wife, their daughter, and, of course, Emmy.

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How to Teach Relativity to Your Dog 4.5 out of 5 based on 0 ratings. 2 reviews.
Anonymous More than 1 year ago
I like the title of the book very much. Dogs are obviously much better subjects to teach relativity and quantum physics. Considering their loyalty towards their masters, we can expect that dogs faithfully ‘follow’ whatever their masters ‘teach’ them and so better ‘understand’ the above fictitious theories. Probably the other species to which relativity and quantum theories can be taught is sheep because sheep are known to blindly follow. That is the case with any fictitious or unreal theory; take for example the marvellous costume of the nude Emperor. Unless one follows blindly what the magical weavers teach and ignore one’s own wisdom, one can’t appreciate the marvellous costume of the nude Emperor. Good work Chad Orlez! drgsrinivas
the.ken.petersen on LibraryThing 8 months ago
My reading of this book started so well. Mr Orzel very neatly sidesteps the issue of appearing to patronise his audience by talking to his dog. It is, therefore, not the reader, but a dog who cannot grasp the physics of relativity. Well, I will readily concede that the dog is more intelligent than me, because I still cannot see the logic of relativity.I read the early pages where the author explains the idea that things appear different from the perspective of a moving object as compared with a stationary one. "Ah", I thought,"this is beginning to make sense". Then Mr Ozel explained to his dog that, a moving object shrinks along its length, when viewed by a stationary observer but, remains the same length and has the background shrink if one is the moving object. Now, I can accept that as a distortion of perspective, but when I am told that, within the reality of the individual frame, both these things actually, no. On one occasion in my life, I was foolish enough to get very drunk. The next morning, my bedroom was spinning in a most annoying fashion; closing my eyes and then re-opening them did nothing to halt this disturbing motion and as much logic as I could muster, under the circumstances, failed to affect the circular motion of my wardrobe, bedroom window et al. Even in my less than perfect mental state, the idea that my mind was functioning correctly and that the room was revolving like the plate in a microwave, never seemed like a reasonable explanation and things actually shrinking and being the same size, at the same time, seems even less likely to my brain.Mr. Orzel has written a very readable book but, whether the physics are true or no, I find myself unprepared to jettison the required amount of common sense to accept it. This makes reviewing this book difficult: the author has patiently explained and it is my brain that screams, "NO!!!!!!!!!" I cannot blame him for that. I understand a little better what I fail to be able to believe - rather like an almost logical explanation of fairies! If you can open your mind to this new "reality", then this is a book that you should read. It takes one step by step through the workings of relativity.