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Book Review: The Universe in the Rearview Mirror: How Hidden Symmetries Shape Reality by Dave Goldberg
It’s not every day that you find a Physics book that is both wonderfully thorough and wildly entertaining – but, then again, it’s not every day that Dave Goldberg publishes a book; he’d be quite the busy boy if that was the case. But as writer for the fantastic Ask a Physicist column on io9.com (seriously, check it out), professor and director of undergraduate studies at Drexel University, Slate and LA Times contributor, husband and father – he’s plenty busy already. As an avid reader of Ask A Physicist, I was already familiar with his entertaining writing style – but getting to enjoy it in a full-length book was quite the treat.
Enter The Universe In The Rearview Mirror. Although many recent physics books focus almost entirely on the oddities of quantum mechanics, Goldberg steps outside the now almost tiresome discussions of randomness and Schrodinger’s Cat to enlighten readers on a topic less often discussed, but just as (if not more) fascinating – symmetry. Goldberg’s perusal of symmetry extends far beyond your Elementary School-inspired notions of bilaterally symmetric shapes into questions about the origins, shape and inevitable fate of the universe – among many others!
At most times in Rearview Mirror, Goldberg’s style feels more like a discussion than a book – it’s as if your delightfully nerdy friend from college (the one with a knack for identifying stars, he’s convinced it’s a total turn-on) came over for dinner one night to talk about his favorite topic – the mysteries of the cosmos. Even with the conversational essence, Goldberg is sure to never get bogged down in scientific jargon,instead he frequently relies on allusions and analogies to get his point across.
In the book’s first five pages alone Goldberg makes creative allusions to Star Wars, Angels & Demons, Isaac Asimov, The Incredible Hulk, Twilight , and Star Trek. In the world of science writing since The Big Bang Theory, countless authors have tried to appeal to the “nerdy” sub-genre, but the allusions and comparisons in most books typically seem forced, even irrelevant at times. Perhaps due to his extensive teaching experience, this is never the case with Goldberg’s writing – every allusion is spot-on and fascinating, even Feynman-like at times. Never before had I thought of Lewis Carroll’s Alice jumping down the rabbit hole when discussing a black hole, and now I’ll never be able to think of taking the plunge without doing so.
Throughout the slightly-over-300-page-
Once the journey is over, readers will not only have a thorough understanding of how symmetry truly shapes our universe, but also a plethora of exciting dinner conversations sure to spice up any date – “Hey, did you know that poker can teach us a lot about entropy?”
About Tyler Simko
An undergraduate studying physics and computer science, Tyler also runs the popular science blog Quantumaniac.
© Tyler Simko for Universe Today, 2013. |
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Source: http://www.universetoday.com/103623/book-review-the-universe-in-the-rearview-mirror-how-hidden-symmetries-shape-reality-by-dave-goldberg/
This is the very last person I would have over to dinner. Anyone who refers to half a dozen children’s TV programmes within the first few pages of his monograph is by definition a crushing bore suffering from a pathological case of arrested development, and should be completely shunned by the other guests. Even Janet Napolitano or, God forbid, Diane Feinstein, would be more fun to have around. This Goldberg freak reminds me of someone in one of Vivian Stanshall’s epic monologues, who entertained anyone who would tolerate him with such riveting gems as “Do you know there is no proper name for the back of the knees?” Once you recovered from the profound shock engendered by such a revelation, he would move on to something else.
Far more grown up and genuinely entertaining would be someone who demolished all these ludicrous theories by referring to the true nature of the universe, which is actually held together by electromagnetism, not gravity. As such therefore, black holes are no longer required to cover over the gaping holes which are apparent to anyone who has studied the subject for more than a few minutes.
But I fear that “Dave Goldberg” is not the person we seek.