The Quantum Universe (Limited Edition): Everything that can happen does happen Hardcover – Special Edition, 10 Jan 2012
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A scientific match made in heaven...as breezily a written accessible account of the theory of quantum mechanics as you could wish for - from the Planck constant to the Higgs particle and everything theoretically in between (Observer)
Mindblowing ... what is novel about this attempt is that the writers take an intellectual rather than a historical approach ... it is a surprisingly rich idea that allows the authors to avoid using too much mathematics (Christopher Potter Sunday Times)
[Cox and Forshaw] stand together at the cutting edge of their discipline ... despite their elevated status, both men remain tiggerishly excitable about their subject ... Cox and Forshaw's book is a carefully guided tour through this quantum world ... popularize[s] without dumbing down (Christopher Cook Financial Times)
A thrilling voyage into the subatomic world (The Economist Books of the Year)
With brightness and gusto, the opening chapters deal with the culture shock that thinking about the sub-atomic world entails ...They are good at drawing connections between seemingly esoteric theory and everyday practicalities (Doug Johnstone Independent on Sunday)
The rock star of science... In Quantum Universe they do a great job of bringing a difficult subject to life (Hannah Devlin The Times)
Breaks the rules of popular science writing...admirably shies away from dumbing down...the authors' love for their subject-matter shines through the book (The Economist)
Admirably, Cox and Forshaw...treat topics that do not usually show up in popular books...readers will enjoy this engaging, ambitious and creative tour of our quantum universe (David Kaiser The Guardian)
By explaining theories about the world, Cox and Forshaw show that the workings of the universe can be understood by us all (Fanny Blake Woman & Home)
About the Author
Brian Cox is a Professor of Particle Physics and Royal Society University Research Fellow at the University of Manchester. He also works at the CERN laboratory in Geneva. He has received many awards for his work promoting science, including the prestigious British Association Lord Kelvin Award and, in 2010, an OBE. He is also a popular presenter on TV and radio.
Jeff Forshaw is Professor of Theoretical Physics at the University of Manchester, specializing in the physics of elementary particles. He was awarded the Institute of Physics Maxwell Medal in 1999 for outstanding contributions to theoretical physics. He has co-written an undergraduate textbook on relativity and is the author of an advanced level monograph on particle physics.
Brian and Jeff began collaborating on scientific papers in 1998 and have published on topics ranging from Pomerons to Higgs Bosons. Their first book together Why Does E = mc2? became a critically acclaimed international bestseller:
'Fundamental and dizzyingly exciting' The Times;
'A truly impressive achievement' Daily Telegraph;
'Like being taken on an army assault course by the two friendliest drill sergeants in the world' Guardian;
'Pairs the enthusiasm of newcomers with the knowledge of experts' Physics World.
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Top Customer Reviews
Cox & Forshaw present this intimidating subject in a clear & reassuring way. There are areas where mathematical formulae are used but they reassure their readers that we shouldn't worry, that they are merely there for people who understand them & for the rest of us, the main points will be explained in the text. So while I found them intimidating at first glance, the authors' excellent breakdowns made them understandable while giving me a deeper appreciation of why mathematics is so important to Physics.
While the authors explain it very clearly, there's no hiding from the fact that this is a pretty mind-bending subject. Cox & Forshaw believe that the difficulty most people have is in assuming that what they call 'small things' must conform to the same rules as 'big things', such as only ever being in one place at once; apparently they do not, instead behaving in a accordance with a totally unique & much less concrete set of rules. So anyone expecting to be able to have a relaxing, passive read & come out of it understanding how a single electron can behave like an entire wave will find their expectations scuppered.Read more ›
Starting from the most basic of principles and following the simplest and, one might say, obvious rules, Cox and Forshaw use a novel conceptual technique to lead us from the microcosmic world of the quantum into discovering why the macro world is as it is. More than that, we are left realising that it is not the quantum world that behaves strangely at all, but that the world as we know it is an amazing and yet inevitable realisation of the counter-intuitive behaviour of the quantum world.
The discovery and realisation of just why a particle-like nature appears out from a wave function is then surpassed by the insight into the limitations of quantum fluctuations and the revelation of how "real movement" occurs. The same conceptual technique shows why quantum behaviour is "fuzzy" and how, without resorting to macro-view analogies, the Heisenberg Uncertainty Principle is built in to the fabric of the universe.
Frankly, had they stopped there I would have had my monies worth. But they then go on to demonstrate how these insights must truly be present in the quantum world in order for our modern discoveries and technological developments to work.Read more ›
If you are ready for this sort of stuff and I quote p177 "Dont be fooled into thinking there is something tricky going on." (You cannot be serious!!!) "All we are doing is writing down in a fancy shorthand something we already knew: take the clock at X3 and time zero and figure out by how much to turn and shrink it corresponding to the particle making the journey from X3 to X at some time T later and then repeat that for all of the other time-zero clocks and finally add all of the clocks together according to the clock-adding rule".
I surrender! you may be ready for this, but I am not. I gave it a three because I guess he does know what he is talking about. But I am still baffled.
Most Recent Customer Reviews
i just couldnt get my head around this book,complicated to say the least, for the average person like mePublished 9 days ago by Amazon Customer
Dear Brian Cox - such a lovely man! But why is it that reading his attempts to simplify the mysteries of creation end up by adding to my confusion?Published 4 months ago by Richard Walmsley
Very interesting. I detect a slight dumbing down in some of the explanation text, but hey, I never found quantum theory easyPublished 4 months ago by Davesks
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