Naked Science Forum
Non Life Sciences => Physics, Astronomy & Cosmology => Topic started by: paros on 13/09/2013 21:55:24
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This is a book which covers the relationship between conservation laws and symmetries in physical laws of nature. The book goes into depth about the meanings of Hamiltonian Mechanics and the Euler-Lagrange equation. The Principle of Least Action is a central theme running through the chapters of the book.
Has anyone read this or have a copy around?
http://www.amazon.com/Noethers-Wonderful-Theorem-Dwight-Neuenschwander/dp/0801896940
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This is a book which covers the relationship between conservation laws and symmetries in physical laws of nature. The book goes into depth about the meanings of Hamiltonian Mechanics and the Euler-Lagrange equation. The Principle of Least Action is a central theme running through the chapters of the book.
Has anyone read this or have a copy around?
http://www.amazon.com/Noethers-Wonderful-Theorem-Dwight-Neuenschwander/dp/0801896940
Yes. I have a copy and have been reading it. You're right. It's a great book.
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Peter Paros might I ask what sort of level it is aimed at? Pop-Sci or math-heavy or more likely somewhere in between - but sounds like an interesting read.
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Peter Paros might I ask what sort of level it is aimed at? Pop-Sci or math-heavy or more likely somewhere in between - but sounds like an interesting read.
It's on the math level of something like Mathematical Methods in the Physical Sciences by Mary L. Boas. Since I love Boas I also love this book. If you love this subject and the history of mathematical physics then you'd love this book too. The material is like that found in Lanczos's text Variational Principles of Mechanics.
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Thanks Pete. I think it might be too technical for me - doing three online courses at present and not sure I have the time for a book that whilst it looks great would require a huge investment of time for an layman like me.
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No matter if Emmy was right or wrong, it's a remarkable intellectual achievement, worthy of a position at the side of Einstein. We don't have any set truths, we have propositions that makes sense to us at the time we live. They change, and with them we do too.
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Or put another way. In physics this will be true, practically we have dreams and ideas that seem timeless though, as 'love'. And it's worth asking yourself why you think you are here.
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Thanks Pete. I think it might be too technical for me - doing three online courses at present and not sure I have the time for a book that whilst it looks great would require a huge investment of time for an layman like me.
If you don't mind me asking, what is your major? Is it math, physics or both? If so then it might naturally come up as par for the course. If you take math then it would be a good idea to study this anyway somewhere along the road. Especially if you enjoy physics since it will be helpful somewhere along the road.
Pete
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Thanks Pete. I think it might be too technical for me - doing three online courses at present and not sure I have the time for a book that whilst it looks great would require a huge investment of time for an layman like me.
If you don't mind me asking, what is your major? Is it math, physics or both? If so then it might naturally come up as par for the course. If you take math then it would be a good idea to study this anyway somewhere along the road. Especially if you enjoy physics since it will be helpful somewhere along the road.
Pete
My degrees are both in Law - physics is only a hobby to stave of the grind of work (I wish I was the age to be deciding on a degree course again - but that was last millennium). The online courses I refer to are mostly physics-based, but also a comp-sci course, and an energy course - these are at edx.org The physics courses are basically 1st year undergrad (8Mrev, 802 from MITx etc) good fun and challenging as you get weekly assignments and midterm/final exams