Itemize Out Of Books داستان کوانتوم: سرگذشتی در چهل پرده
| Title | : | داستان کوانتوم: سرگذشتی در چهل پرده |
| Author | : | Jim Baggott |
| Book Format | : | Paperback |
| Book Edition | : | Deluxe Edition |
| Pages | : | Pages: 452 pages |
| Published | : | May 5th 2015 by شرکت سهامی انتشار (first published February 24th 2011) |
| Categories | : | Science. Physics. Nonfiction. History. History Of Science |
Jim Baggott
Paperback | Pages: 452 pages Rating: 3.99 | 599 Users | 52 Reviews
Commentary As Books داستان کوانتوم: سرگذشتی در چهل پرده
تقريباً هر چيزي که ما امروز به گمان خود درباره‌ی سرشت عالم مي‌دانيم از يک نظريه‌ی فيزيکي برآمده است. اين نظريه در سي سال نخست قرن بيستم ايجاد گرديد و تا موفق‌ترين نظريه فيزيکي‌اي که تاکنون ابداع شده پيش رفت. مفاهيم آن قسمت اعظم فناوري قرن بیست و یکم را پی‌ریزی می‌کند؛ فناوری‌اي که آموخته‌ايم آن را مسلم فرض کنيم. «آلبرت اینشتين» با امتناع از پذيرش عناصر عدم قطعيت و شانس مورد اشاره توسط اين نظريه‌ی جديد اظهار داشت: «خدا تاس نمي‌ريزد»، نيلز بوهر ادعا کرد که «هرکس از اين نظريه شگفت‌زده نشده باشد، آن را درک نکرده است». فیزیکدان تاثیرگذار آمریکایی، ریچارد فاینمن، پیش‌تر رفت و ادعا کرد که «هیچ‌کس آن را نمی‌فهمد». برای هر کسی که در زبان و منطق فیزیک کلاسیک درس خوانده باشد، این نظریه حداقل برای یک بار به لحاظ ریاضی چالش برانگیز، به طور نامانوسی دیوانه‌کننده و به گونه‌ی نفس‌گیری زیبا است. این نظریه‌ی کوانتوم است، و این کتاب سرگذشت آن را نقل می‌کند.Specify Books In Favor Of داستان کوانتوم: سرگذشتی در چهل پرده
| Edition Language: | Persian URL http://goo.gl/jj6l45 |
Rating Out Of Books داستان کوانتوم: سرگذشتی در چهل پرده
Ratings: 3.99 From 599 Users | 52 ReviewsWrite-Up Out Of Books داستان کوانتوم: سرگذشتی در چهل پرده
Excellent book. Loved it. Already put a hold on his book Origins. I'm actually rereading the chapter on the Standard Model right now... The book covers the shift from classical, Newtonian physics to a focus on quantum systems. Max Planck kicked off this quantum revolution with his work on cavity radiation and the discovery of the constant attached to his name. But Einstein figured out that this constant also applied to measuring the energy of photons (light). Then Bohr figured out that itAn excellent account of 40 of the most important developments in Quantum Physics. While not written for the layman, it is still possible to understand what Baggott is talking about. That's what Wikipedia is for in my opinion.It covers everything from the Black Body Radiation of Max Planck to the "Particle Zoo" of the 1960s and 70s to the ideas underlying Quantum Gravity and Hawking Radiation. Of course, there are some things that still need to be sorted out in terms of the Theory, but it is a
I made the effort, but I had to call it quits during moment 19.Jim Baggott has his PhD in physical chemistry. I don't know who his target audience is, but it seems like undergraduates majoring in chemistry, physics or mathematics. If you are not there, read something else.
Interesting read about the history of quantum physics. Started out strong with all the classic players, Planck, Bohr, Einstein, Maxwell and the progressed through the early years of the 20th century describing how the classical physics model was breaking down under the experiments and observations currently being made and the theories that were developed to try and explain what was going on. The middle part of the book got bogged down in the minutiae of competing theories, endless different
although i loved it, as a physicist i think that you have to be one in order to really enjoy it. there are scarcely any equations, but the concepts may be overwhelming for a layperson. baggott mentions that the 40 moments are subjectively chosen, but i believe he did an amazing job with them. being somewhat obsessed with the whole "copenhagen movement", i though i knew all there is to know about this circle of physicists, but baggott gave me a few stories i knew nothing about. overall, a great
I do not have either the understanding or background to appreciate the technical aspects of the book. But for one who is not versed in physics, I felt I was still able to understand the outlines of the issues involved in the development of Quantum Theory. I also felt that the book really demonstrated the interaction between theory and experimentation in scientific discovery.
The audience for this book might be the second or third year physics student. The book's detail obscures the story for those who need an introduction.This book begins by describing rival theories of physics in the early 1900s between the atomists and those who saw a continuous and harmonious flow of energy in the cosmos. The rest of the book is a blow-by-blow account of how quantum physics has brought these two theories closer together. Toward the end of the book, the author writes about "closed
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