What Is Real?: The Unfinished Quest for the Meaning of Quantum Physics

4.5 4.5 out of 5 stars | 1,092 ratings

Price: 15.02

Last update: 07-22-2024


Top reviews from the United States

Pricilla L. Martinez
5.0 out of 5 stars The Dissidents prevail.
Reviewed in the United States on May 5, 2018
This book is very timely. With many Physicists opening the door to Quantum Foundational issues and wanting to know the true underlying reality, not content with merely shutting up and calculating, this book will be a supplement in any library concerning the history of Quantum Physics and the so called dissidents of the Copenhagen Interpretation mainly in David Bohm's Pilot-Wave Theory and Everett's Many-Worlds Interpretation but also though smaller GRW, in addition too as well John S. Bell.

Part I: This was a good start concerning the Copenhagen Interpretation and its founders. Also early dissidents like Einstein and Schrödinger. I think this book is very lay friendly and easy to follow along concerning the theory and early issues with it. You also find that there really was no singular Copenhagen Interpretation despite Heisenberg giving them a singular label. Also you start to see how politics and social issues really helped launch Copenhagen. I learned how charismatic Bohr was yet how his very own students said he had issues with comprehension but also how vague he was and how people like Heisenberg despite not being a Nazi supported Nazi Germany (indeed Pascual himself was a Nazi), you see how bad Heisenberg was with experimental physics despite his somewhat confidence in German physics above others. Einstein by contrast to these men took on no students as Bohr, as he wasn't as charismatic and though spoke well, sometimes he was misunderstood such as in the case with Bohr or the when others wrote on his behalf but not in as clear a way as he would have, he also wrote longer statements than say Bell and he helped the U.S. in the Nuclear Race.

Part II: This is where the major dissidents who made rival theories to Copenhagen appear but also others like Bell who advanced the conversation and gave scathing critics. These include mainly David Bohm and Hugh Everett. You find just how exiled Bohm was mainly for his communist affiliation but also for going against the status quo in the Copenhagen Interpretation. Also how Everett was with his prankster style yet sort of nonchalant attitude (interestingly you learn that Wheeler would try to help him get it out there and that Everett never cared to be an Academic but was content as a Cold War technocrat). Bohm would later abandon Communism but also his own Interpretation due to these many factors.

Part III: Here is where the story continues and the next generations picked up where the former one's left off. You get to see how Bohm picked up his own Theory and revived it again thanks to Basil Hiley and some students. And others who advanced the Many-Worlds Interpretation of Everett as well. Moreover many others who advanced Bell's inequalities via experiment. This chapter was very helpful as many of these figures are hardly as known to a more lay audience such as Dieter Zeh and John Clauser and others. Very informative. Also GRW Theory makes an appearance along with David Albert.

You see throughout this book how changes due to Social and Political issues affected many of these men, some not even having a job despite their importance in these Foundational Issues and how many did not give them a chance but in the end they made an impact unto today.

I also found Adam Becker's comments on Philosophy to be extremely needed and he rightly went against the notion that Philosophy is dead or of lesser importance but it is precisely these historical and social issues that pushed this wrong idea of Philosophy it seems into Academia to the chagrin of people like Einstein who held it in high esteem. This was a pleasant suprise to me. The issues concerning the "Shut up and Calculate!" approach he also addresses as problematic which I was very pleased with as well.

The last part an Appendix was concerning how these different Theories (including GRW) solve the Delayed-Choice experiment which is a very much discussed topic at least to a more lay audience and was very glad to see it included.

The only 2 minor problems I had with the book is that a lot of the stuff on Nazi Germany seemed to not be important concerning the history of these realist dissident interpreations. However it was still very fascinating and had very import things in it still, like how this War affected the Physics community and to learn more concerning the personal lives of these men who are often adored. The last issue was the footnotes. Since the book itself doesn't give you an inserted number reference in the text as you are reading it makes it hard to know if you need to check for one. I practically even forgot about them throughout the book however he does give a ton of references to practically everything in there which is extremely helpful.

Despite these small gripes, this is a book certainly needed. If you don't have it, make sure to add it to your collection, it is a must have.
Tatiana P. Zaitseva
5.0 out of 5 stars Amazing book
Reviewed in the United States on January 8, 2024
So well written, deep and thoughtful, full of interesting history that delves into the controversy of quantum physics
dsmith
4.0 out of 5 stars Good summary of observed inconsistency between Newtonian and quantum behavior
Reviewed in the United States on May 8, 2020
I received my degree in physics in 1963. The arguments between Einstein and quantum physicists over the duality of observed behavior began nearly 100 years ago and continues today. There is still no underlying unifying theory that resolves the many issues between quantum behavior and macro behavior. The mathematics underlying both of them very accurately predict behavior for the two realms.

The author does a good job of researching the history of of the many contributors to the current level of understanding. The book, while thorough, is very readable and does not require a science background although it is at college reading level. There are a few diagrams so I recommend either a hard copy or Kindle-like version. The print is fairly small - the electronic version is better for me because the font size can be adjusted.
Stephen W
5.0 out of 5 stars A Great Overview of Quantum Foundations
Reviewed in the United States on June 8, 2024
A great mix of biography, history, and science that provides a great overview of Quantum Foundations, and the various interpretations of quantum along with the Copenhagen interpretation. Highly recommended.
tom
5.0 out of 5 stars Outstanding book
Reviewed in the United States on June 21, 2024
Amazing that a quantum physicist can write such a thorough review of the history of quantum physics and make it accessible to mere mortals. Really love this book!
Doug
5.0 out of 5 stars 4.9 stars
Reviewed in the United States on February 23, 2020
This book is about the measurement problem and the history of its study. Most people have never heard of the measurement problem in quantum physics, but it may have profound consequences for the way we think about science and possibly even philosophy and religion. I am not a physicist but as a career electron microscopist I feel qualified to review Becker's book. If you've never heard of it, the measurement problem is the skeleton in the physics community's closet. It can be expressed mathematically as the Heisenberg uncertainty principle, but the intuitive meaning of this mathematical relationship is anyone's guess. The standard interpretation of the measurement problem is called the Copenhagen interpretation, and if you believe the Copenhagen interpretation is correct and if you believe there is no limit to the applicability of quantum theory, then it logically follows that we may live in a capricious, non-deterministic world where we can't predict the weather or the stock market. Or worse, the universe we live in could be nothing but a hologram created by some computer like the holodeck on the starship Enterprise. This book will take you out of your comfort zone and force you to consider these possibilities.

In this book, Becker does a superb job of describing the history of science's attempts to understand the measurement problem and the work of the brave scientists who dared to question the status quo and point out the weaknesses of the Copenhagen interpretation and propose other possibilities. I especially liked Becker's treatment of Bell's Theorem, where he brilliantly makes the complex mathematics of the theorem accessible to anyone with a solid high school level math and science background. However, I have to deduct one-tenth of a star because Becker inserts just a little too much of his own editorial slant advocating for the many worlds interpretation of quantum physics. Becker clearly clings to the nostalgia of the "real world out there" and, in my opinion, doesn't give competing theories all of the credit they might deserve.

Despite my one-tenth star deduction, I highly recommend this book. Becker takes the skeleton out of the physics community's closet, and proposes that the measurement problem isn't something to be feared, but is a legitimate scientific question that is worthy of serious, peer-reviewed, experimental and mathematical inquiry. Becker insists we have to remove the stigma of the measurement problem. Becker insists we have to throw the kitchen sink at this problem. I am glad someone is taking a stand and advocating for the urgent need of more research on the measurement problem. On a separate note, I really like the binding of this book. At first glance it looks cheap, but the binding is really well done. I wish all of my paperback books have held up as well as this one. This book belongs on the bookshelf of any scientist or the serious amateur.

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