Nilesh Jasani's Reviews > The Biggest Ideas in the Universe: Quanta and Fields
The Biggest Ideas in the Universe: Quanta and Fields
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The Biggest Ideas in the Universe by Sean Carroll is a colossal letdown for anyone seeking an accessible exploration of the profound concepts it promises to unveil. Marketed as a gateway to comprehending the deepest mysteries of the cosmos, the book is instead a dense, impenetrable thicket of esoteric jargon and mathematical formalism, utterly impervious to the uninitiated.
Right from the start, the book’s style is a jarring departure from the engaging, clear exposition one anticipates from the author (who is a personal favorite of this reviewer). The chapters resemble a collection of advanced physics lectures, filled with complex equations and their explanations. It's almost as if the book is addressing a seminar of doctoral candidates rather than the inquisitive lay reader.
Take, for example, the discussions of quantum field theories (QED and QCD). Instead of shedding light on the fundamental concepts through relatable analogies and thought experiments, the book primarily presents sets of differential equations and tensor calculus. While these formalisms may be essential for the practicing physicist, they are not the material a book like this should be presenting to its readers.
The audio format, in particular, is a disaster. Navigating dense equations in audio form is a frustrating experience, and the publisher should have never allowed it. Even without the audio, the book is a textbook only suitable for students or experts who can decipher complex math and dedicate significant time and effort to deciphering the material. Multiple readings, cross-referencing, and outside resources are required to grasp the intricacies. This reviewer is incapable of rating the book if it were course material.
Right from the start, the book’s style is a jarring departure from the engaging, clear exposition one anticipates from the author (who is a personal favorite of this reviewer). The chapters resemble a collection of advanced physics lectures, filled with complex equations and their explanations. It's almost as if the book is addressing a seminar of doctoral candidates rather than the inquisitive lay reader.
Take, for example, the discussions of quantum field theories (QED and QCD). Instead of shedding light on the fundamental concepts through relatable analogies and thought experiments, the book primarily presents sets of differential equations and tensor calculus. While these formalisms may be essential for the practicing physicist, they are not the material a book like this should be presenting to its readers.
The audio format, in particular, is a disaster. Navigating dense equations in audio form is a frustrating experience, and the publisher should have never allowed it. Even without the audio, the book is a textbook only suitable for students or experts who can decipher complex math and dedicate significant time and effort to deciphering the material. Multiple readings, cross-referencing, and outside resources are required to grasp the intricacies. This reviewer is incapable of rating the book if it were course material.
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Reading Progress
May 19, 2024
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Started Reading
May 27, 2024
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Finished Reading
May 30, 2024
– Shelved
May 30, 2024
– Shelved as:
quantum-relativity-string-etc
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Casper
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Jun 03, 2024 08:46PM
Ah yeah, sorry to hear you the book was a letdown. I've heard in one of his podcasts that this book wasn't meant for the layman. But for people with a bit more knowledge about the subject...
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